All about the Polymaker Prime Material product family
PolyLite™ PLA Pro: This is a material that is just as easy to print as standard PLA, is still stiff, but has a much higher impact resistance. This means it is a great material for parts that requires some added strength while still getting the benefit of color options and a low price tag. Along with standard colors, this also comes in Metallic colors.
PolyLite™ CosPLA: This is a special PLA formula designed for cosplay props. It has been enhanced for ease of sanding, durability and paint-ability, but should be just as easy to print as standard PLA.
PolyMax™ PLA: This version of PLA is our unique blend featuring nano-reinforcement technology which increases its ductility. This means it is not as stiff as the above PLA options, but it is very impact resistant. This means it will bend instead of breaking and is the opposite of brittle. It comes at a higher price point but will print just as easily as standard PLA and has a wide variety of color options.
PolySonic™ PLA: This is our PLA which allows for extremely fast printing. This material can print up to 24mm³/s volumetric flow speed without the part experiencing any negative effects. This equates to 300mm/s on a 0.4mm nozzle at 0.2mm layer heights. It prints just as easily as standard PLA and has the same uses, it can just print much faster.
PolySonic™ PLA Pro: Just like with PolySonic PLA, this is our PLA pro that can print fast. It will have the same characteristics as PLA Pro, just with the ability to print up to 22mm³/s volumetric speed.
PolyLite™ ABS: This is our choice for ABS. It prints great at a low price point with a wide variety of colors. Along with standard colors it also comes in Galaxy and Neon colors.
PolyLite™ ASA: This is our choice for ASA. ASA has very similar properties to ABS but has the added benefit of being weather and UV resistant. It can also hide layer lines a bit better than ABS. Along with a wide variety of standard colors, you can get ASA in Galaxy colors.
PolyLite™ PETG: This is our basic PETG which is easy to print, stiff, and comes in at a low price point. This version of PETG does not have very high impact resistance. It comes in a wide variety of colors and we offer translucent options.
PolyMax™ PETG: This is our PETG which is more ductile and has a higher impact resistance. It is currently only offered in White and Black.
PolyFlex™ TPU90: This is our softest material option and will be quite flexible. We highly recommend a direct extruder setup printing this because a Bowden setup may have a lot of difficulty. The softer the material, the slower you will want to print the further your extruder is from the hotend.
PolyFlex™ TPU95: This material is still quite flexible but a bit harder than TPU90. This means it is easier to print than TPU 90 at higher speeds. We still recommend using a direct extruder for this material, as Bowden setups may have difficulties.
PolyFlex™ TPU95-HF: This material has the same shore hardness as PolyFlex TPU95, but has the ability to print faster. The HF stands for High Flow. This means it is possible to use a Bowden extruder setup with this material, though we suggest using a direct extruder when printing at the fast speeds we say this material can print at.
PolyLite™ PC: This is our basic polycarbonate option. It is very stiff but it is not impact resistant. It comes in a translucent color with great light diffusing properties.
PolyMax™ PC: This is a very impact resistant material when printed and annealed correctly. It can have a great print surface quality and has very high toughness. It is a great material choice for a wide variety of engineering applications, but the larger and more dense the part is, the more your printer needs to maintain a high ambient air temperature and the more it needs to be annealed right after printing.
PolyMax™ PC-FR: This is a creation from Covestro’s Makrolon® family, could achieve V0 performance in the UL94 flame retardancy test and displays excellent toughness, strength and heat resistance. This filament opens new applications in the automotive, railway and aerospace industries.
PolyMax™ PC-ABS: This is a PC/ABS polymer blend which offers excellent toughness and heat resistance while displaying good surface finish and good compatibility with metal plating.
PolyMax™ PC-PBT: This is a PC/PBT polymer blend which offers good heat resistance and toughness at low temperature (-20˚C/-30˚C). Polymaker PC-PBT also features good chemical resistance.
PolyMide™ CoPA: This is based on a copolymer of Nylon 6 and Nylon 6,6. The filament combines excellent strength, toughness, and heat resistance of up to 180˚C. It has difficulty printing clean overhangs, so you will want to only use this for prints that do not have a lot of overhangs. It is not a stiff material and it will bend before breaking, but it is extremely impact resistant.
PolySmooth™: This is a PVB material which is just as easy to print as PLA with similar mechanical properties. What makes this different is that it is soluble in isopropyl alcohol, allowing you to safely smooth layer lines via a hands free process, similar to acetone vapor finishing ABS, but with a much more safe solution. PolySmooth can be post processed by either spraying IPA directly to the print, or even better it can be used with our Polysher.
PolyCast™: This is a filament designed to produce investment patterns for investment casting applications. 3D printing significantly cuts down both the cost and lead time by eliminating the tooling process.
PolySupport™: This is a break away support for Polymaker PLA based filaments. It has a perfect interface with PLA, strong enough to support it and easily removable by hand.
PolyDissolve S1™: This is a PVA based water dissolvable support for PLA, TPU, PVB and Nylon based filaments from our portfolio. It is specifically engineered to have a perfect interface with these materials while also displaying good solubility. It is very hygroscopic meaning it should be dried prior to printing and kept in a filament dryer for the duration of the print. It is suggested to use this material in an IDEX or Tool Changer printer.
PolyLite™ PLA is a high-quality PLA designed for reliability and ease of printing.
RECOMMENDED PRINTING CONDITIONS
Nozzle temperature
190 – 230 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
50 - 200 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolySupport™ and PolyDissolve™ S1
Drying setting
55˚C for 6h
Based on 0.4 mm nozzle. Printing conditions may vary with different nozzle diameters
There are no special requirements when you print with PolyLite™ PLA. You can print it on any printer in any setup.
This material is standard PLA options and can print with standard PLA settings.
Leave the cooling fan on at full blast for best surface quality.
Not designed for high speed printing.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Polymaker spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma effects, except those listed under "experimental".
PolyLite™ PLA Pro is a first of its kind: combining high toughness and high rigidity, this professional PLA offers engineering properties with the ease of print of regular PLA.
Nozzle temperature
190 – 220 (℃)
Build surface material
BuildTak®, Glass, Blue Tape
Build surface treatment
Glue or Magigoo
Build plate temperature
30 - 60 (˚C)
Cooling fan
ON
Printing speed
30-70 (mm/s)
Raft separation distance
0.2 (mm)
Retraction distance
1 - 3 (mm)
Retraction speed
30 - 60 (mm/s)
Environmental temperature
0 - 40 (˚C)
Threshold overhang angle
60 (˚)
Recommended support material
PolySupport™ and PolyDissolve™ S1
This material can print on any printer without any special requirements.
Print slower than standard PLA. Recommended top Max Volumetric Speed of 15mm^3/s.
When printing at 15mm^3/s - increase printing temperature to 220-230˚C.
Keep fan speed on at full blast for best surface quality. Reduce if noticing any layer adhesion issues.
What is the difference between PolyLite™ PLA, PolyMax™ PLA and PolyLite™ PLA Pro?
Short answer: PolyLite™ PLA is a very rigid material with very low impact resistance. PolyMax™ PLA is an extremely ductile material with high impact resistance and durability. PolyLite™ PLA Pro is the best of both worlds combining excellent rigidity and high impact strength. Long answer in our live experiment here.
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
PolyMax™ PLA is an incredibly easy-to-print filament with improved mechanical properties, making it an excellent alternative to ABS.
Nozzle temperature
190 – 230 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
50 - 200 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolySupport™ and PolyDissolve™ S1
Drying setting
55˚C for 6h
This material can print on any printer without any special requirements.
Print slower than standard PLA. Recommended top Max Volumetric Speed of 15mm^3/s.
When printing at 15mm^3/s - increase printing temperature to 220-230˚C.
Keep fan speed on at full blast for best surface quality. Reduce if noticing any layer adhesion issues.
This material can print great on small 0.2mm nozzles.
What is the difference between PolyLite™ PLA, PolyMax™ PLA and PolyLite™ PLA Pro?
What makes PolyMax™ PLA so different from other PLA?
PolyMax™ PLA features our nano-reinforcement technology which significantly increases its ductility. Ductility is the ability of a material to exhibit plastic deformation before fracture. In simple words, PolyMax™ PLA will always bend instead of breaking. The opposite of ductile materials can be seen as brittle materials.
What is the difference between PolyLite™ PLA, PolyMax™ PLA and PolyLite™ PLA Pro?
Short answer: PolyLite™ PLA is a very rigid material with very low impact resistance. PolyMax™ PLA is an extremely ductile material with high impact resistance and durability. PolyLite™ PLA Pro is the best of both worlds combining excellent rigidity and high impact strength. Long answer in our live experiment here.
What is PolyMax™ PLA heat resistance temperature?
PolyMax™ PLA is a PLA based product and will display similar heat resistance temperature as regular PLA: ~60˚C (Glass Transition Temperature)
For similar printability with higher heat resistance we can recommend PolyMax™ PETG (~80˚C)
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
PolyLite™ LW-PLA is a special foamed PLA designed to print with similar settings as regular PLA but with half the weight.
Nozzle temperature
190 – 210 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
50 - 100 (mm/s)
Retraction distance
3 - 6 (mm)
Retraction speed
40 - 60 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolySupport™ and PolyDissolve™ S1
Drying setting
55˚C for 6h
This material can be tricky and is definitely likely to string more than other material types.
190˚C printing temperature.
50mm/s printing speed.
Maximum travel speed.
0.5mm coasting and 1mm wiping (depending on the model).
Use coasting and wiping.
Recommended to dry this filament before printing when possible. If you hear "cracking" or "popping" noises when extruding - the filament needs to be dried.
You can find further help over on our Discord
What is the difference between active foaming and passive foaming?
PolyLite™ LW-PLA is not an active foaming filament, which means it will not foam when extruded from the nozzle depending on the temperature. PolyLite™ LW-PLA is already pre-foamed.
What are the pros and cons between active and passive foaming?
Active foaming: You need to heavily modify your printing settings depending on the temperature and setup to compensate the foaming expansion of the material when printing. You need to print at very high temperature to achieve light weight results (~250˚), these high temperatures will create a lot of defects on the print such as stringing and blobs. At very high temperature, active foaming can achieve lighter print than passive foaming however the print may suffer of serious stringing defects.
Passive foaming: You do not need to change any settings from your regular PLA settings (slight increase retraction) as PolyLite™ LW-PLA will offer light weight results even when printing at very low temperature (~190˚C). The lower the temperature the higher quality the print.
Is PolyLite™ LW-PLA good for RC Planes?
Yes, PolyLite™ LW-PLA is designed for ease of print and strong rigidity. For more information check out the review below about PolyLite™ LW-PLA for RC Plane application.
How do I reduce stringing?
LW-PLA is a material that are prone to stringing. Here are some tips:
190˚C printing temperature (at 50mm/s printing speed)
Maximum travel speed
0.5mm coasting and 1mm wiping (depending on the model)
Usually coasting and wiping is what helps the most
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
PolyLite™ PLA-CF is a carbon fiber reinforced PLA.
Nozzle temperature
190 – 230 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
50 - 300 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolySupport™ and PolyDissolve™ S1
Drying setting
55˚C for 6h
This material can print on any printer but does require a hardened nozzle due to being abrasive.
Use a hardened steel nozzle.
Print slower than standard PLA. Recommended top Max Volumetric Speed of 15mm^3/s.
When printing at 15mm^3/s - increase printing temperature to 220-230˚C.
Keep fan speed on at full blast for best surface quality. Reduce if noticing any layer adhesion issues.
Do not use in an AMS due to the abrasiveness.
How much carbon fiber does PolyLite™ PLA-CF contain?
PolyLite™ PLA-CF contains 8% carbon fiber by weight.
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
That said - you will need to be careful when using any abrasive materials in the AMS.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
Polymaker Draft PLA is a bioplastic based 3d printing filament designed from the ground up providing ease of use, printing quality, speed and reliability.
Nozzle temperature
190 – 230 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
50 - 300 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolySupport™ and PolyDissolve™ S1
Drying setting
55˚C for 6h
There are no special requirements when you print with Draft PLA. You can print it on any printer in any setup.
This material is standard PLA options and can print with standard PLA settings.
Leave the cooling fan on at full blast for best surface quality.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma™ spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
Polymaker for Production is a product line designed for heavy 3D printing users. We offer large spools, bulk pricing and high consistency batch to batch quality.
Matte PLA is a cost-effective PLA displaying the most important features to produce end products: - Matte surface for a smooth high quality print finish - Weather resistance, on par with ASA - Chemical resistance to all main solvents - Food safe filament as a first step to certify your final products
With all these features combined, Matte PLA is the ideal material for end use products which will be used in real world conditions: weather resistance, chemical resistance and the filament has already passed the food safety tests.
Nozzle temperature
190 – 230 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
60 - 150 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolySupport™ and PolyDissolve™ S1
Drying setting
55˚C for 6h
There are no special requirements when you print with Draft PLA. You can print it on any printer in any setup.
This material is standard PLA options and can print with standard PLA settings.
Leave the cooling fan on at full blast for best surface quality.
How is this weather resistant?
We tested the impact of accelerated weathering on the following mechanical properties:- Tensile Strength- Young's Modulus- Charpy Impact StrengthAccelerated Weathering settings:The fluorescent UV light exposure follows the standard ISO 4892.3 The type of UV light is UVA-340. The irradiance is 0.76W/m2 at 340 nm. The cycle is 102 min for UV only and 18 min for water spray. The black panel temperature is 63± 3 °C The total test time is 60days (720 cycles) equivalent to ~3+ years* *BY MICOM LABORATORIES: [Rule of thumb: acceleration factor was found to be: 21.5]
Is this food safe?
There is no certification for food safety with the FDA, but this material does have certifications for Europe.
Regulation (EC) No 1935/2004 of the European Parliament and of the Council of 27 October 2004 - Sensorial examination odour and taste test: PASS Test Method: With reference to DIN 10955: 2004
(EU) No 10/2011 and its amendment (EU) 2020/1245 Regulation - Specific migration of heavy metal: PASS Test Method: With reference to EN13130-1:2004, analysis was performed by ICP-OES and ICP-MS.
How is this chemically resistant?
Reference standard: ISO 175:2010 Methods of test for the determination of the effects of immersion in liquid chemicals
- Immersion temperature: 23±2˚C - Immersion period: 7 days - Test the mechanical properties before and after immersion - Resistance to the chemical: The mechanical properties* must maintain over 70% after 7 days immersion *Tensile Strength, Young's Modulus and Charpy Impact Strength
Tested Liquid Chemicals: - Water (pH=7) -> Result: RESISTANT - Household cleaners (stain remover) (pH=11) -> Result: RESISTANT - Household cleaners (sterilizer) (pH=4) -> Result: RESISTANT - Vinegar food grade (pH=4) -> Result: RESISTANT - Vinegar concentrate (pH=4) -> Result: RESISTANT - 75% alcohol (pH=6) -> Result: RESISTANT - Fertilizer nutrient solution (pH=6) -> Result: RESISTANT
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
Take your prints to the next level with Polymaker™ HT-PLA, engineered for creators who demand performance without the hassle. Designed to withstand temperatures up to 150°C, this next-gen PLA keeps its shape—even under extreme heat—no warping, no sagging, no compromises.
Prints Like a Dream HT-PLA runs flawlessly on most FDM printers using standard PLA settings—no upgrades or tuning needed. And with print speeds up to 300mm/s, you’ll get pro-quality results faster than ever.
Eco-Friendly Meets Engineering-Grade Get the reliability and sustainability of PLA with the heat stability of advanced materials. No post-processing required—just print and go
14 Bold, Vibrant Colors From prototypes to final products, match your vision with 14 rich, eye-catching colors that make every print stand out.
Need Even More Strength? For next-level mechanical performance, check out Polymaker HT-PLA-GF —a glass fiber-reinforced version built for serious strength.
For higher temperature stability, and HDT properties you can anneal this material for 30 minutes @ 80-100°C. ( 100°C Recommended )
Nozzle temperature
210 – 230 (℃)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
up to 300 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No
Built for serious performance, Polymaker™ HT-PLA-GF combines high-temperature stability with enhanced strength and durability. Withstands up to 150°C without sagging or losing form—perfect for functional parts that need to endure the heat.
Effortless Printing, Supercharged Prints beautifully with standard PLA settings and supports speeds up to 350mm/s. Just load and go—no specialized tuning required.
Reinforced with Glass Fiber Tougher. Stronger. Smarter. HT-PLA-GF is glass fiber-reinforced, delivering higher stiffness and durability for demanding applications.
Note: This material is abrasive—use a hardened steel or ruby nozzle for best results.
Anneal for ABS-Like Heat Deflection Need even more thermal resilience? Anneal at 80–100°C for 30 minutes (we recommend 100°C)
9 Striking Colors Available in 9 bold shades, HT-PLA-GF brings serious strength and style to your prints.
Looking for more color options? Check out Polymaker HT-PLA
Nozzle temperature
210 – 230 (℃)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
up to 350 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No
For higher temperature stability, you can anneal this material for 30 minutes @ 80-90°C.
PolyLite™ PETG is an affordable PETG filament with balanced mechanical properties and ease of printing.
Nozzle temperature
230 – 260 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
70 – 80 (˚C)
Cooling fan
OFF-20%
Printing speed
50 - 100 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolyDissolve™ S1
Drying setting
65˚C for 6h
Annealing setting
- with different nozzle diameters
This material can be printed on any printer without any upgrades or special requirements.
Print with either your cooling fan off, or at a very low speed. Our PETG is likely to lose layer adhesion if you have too rapid of cooling.
Print with a max volumetric speed of 15mmm^3/s or lower.
If still having layer adhesion issues and your cooling fan is off, increase printing temperature to 240˚C.
If you hear "popping" or "cracking" noises when extruding - dry the filament.
PETG is known for being stringy, so it is going to be difficult to get rid of all of the stringiness/hair on the print.
Do I need to use the cooling fan with PETG?
Yes if you are looking for nice surface finish. No if you are looking for strong and durable parts. 20% ON if you want the best of both worlds.
What are the differences between PETG and PLA?
Composition: PETG (Polyethylene Terephthalate Glycol) is a thermoplastic polyester, while PLA (Polylactic Acid) is a biodegradable thermoplastic derived from renewable resources like cornstarch or sugarcane.Printing Temperature: PETG generally requires a higher printing temperature than PLA. The recommended printing temperature for PETG is around 220-250°„C, while PLA is typically printed at temperatures around 190-220°„C.
Strength and Durability: PETG has higher impact resistance and flexibility compared to PLA. It is less brittle and more resistant to deformation under stress. PLA, on the other hand, is relatively rigid and can be more brittle.
Heat Resistance: PETG has better heat resistance compared to PLA. It has a higher glass transition temperature, which means it can withstand higher temperatures before deforming. PLA has a lower heat resistance and can start to soften and deform at lower temperatures.
Printability: PLA is generally easier to print with and has less tendency for warping or curling during the printing process. PETG can be more prone to issues like stringing and requires proper bed adhesion and temperature control.
Applications: PLA is commonly used for printing prototypes, hobbyist projects, and decorative items. PETG is preferred for functional parts, mechanical components, and objects that require higher durability, impact resistance, and heat resistance.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Polymaker spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
PolyMax™ PETG offers better mechanical properties than any other regular PETG making it a good candidate for a wide range of applications.
Nozzle temperature
230 – 260 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
70 – 80 (˚C)
Cooling fan
OFF-20%
Printing speed
50 - 100 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolyDissolve™ S1
Drying setting
65˚C for 6h
This material can be printed on any printer without any upgrades or special requirements.
Print with either your cooling fan off, or at a very low speed. Our PETG is likely to lose layer adhesion if you have too rapid of cooling.
Print with a max volumetric speed of 15mmm^3/s or lower.
If still having layer adhesion issues and your cooling fan is off, increase printing temperature to 240˚C.
If you hear "popping" or "cracking" noises when extruding - dry the filament.
PETG is known for being stringy, so it is going to be difficult to get rid of all of the stringiness/hair on the print.
What is the difference between PCTG and PolyMax™ PETG?
A little bit of Material Science first: PET is made from terephthalic acid ('TPA') and ethylene glycol ('EG') (CH2OH)2 PCT is made from terephthalic acid ('TPA') and cyclohexanedimethanol (‘CHDM’) C6H10(CH2OH)2 If you react TPA with both EG and CHDM, you get a co-polymer, called PETg or PCTg. Usually the polymer is called PETg when the major diol is ethylene glycol (>50%) and PCTg when the major diol is CHDM (>50%).
The higher the EG content the stronger and more rigid the material, the higher the CHDM content the more ductile and impact resistant the material.
In summary: PETG -> Strong and rigid PCTG -> Ductile and impact resistant
Our PolyMax™ PETG is a modified PETG with enhanced fracture toughness which makes it more ductile and impact resistance.
To conclude, PolyMax™ PETG provides the best of both PETG and PCTG with high strength and rigidity as well as enhanced ductility and impact resistance.
Do I need to use the cooling fan with PolyMax™ PETG?
If you are looking to produce the strongest part (high layer adhesion), we recommend to switch off your part cooling fan. If you are looking for a high quality surface finish, we recommend to switch on your part cooling fan. Usually the best of both worlds is to leave the part cooling fan at 20%.
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Do you sell refills?
We are sorry but we do not sell refills at this time
PolyLite™ ABS is made with a specialty bulk-polymerized ABS resin, which has significantly lower volatile content compared to traditional ABS resins. It delivers excellent printing quality with minimal odor during printing.
Nozzle temperature
245 – 265 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
90 – 100 (˚C)
Cooling fan
OFF
Printing speed
50 - 200 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
Needed (ambient temperature)
Recommended support material
-
Drying setting
70˚C for 6h
This material can print on any printer that is enclosed. We do recommend an all-metal hotend that can reach above 250˚C, but it is not required.
The hotter and slower you print, the better your layer adhesion will be.
Heat up your build plate to 90-100˚C for 10 minutes before starting your print so that the chamber has time to heat up.
If you are printing slow and hot, you will get better layer adhesion but may experience uglier overhangs. You will battle between great layer adhesion and great overhang quality.
Magigoo Original works as a great product for bed adhesion if you are having issues.
Keep your cooling fan off if you are having layer adhesion or build plate adhesion issues.
Can be smoothed or welded via acetone.
Which 3D printer can print PolyLite™ ABS?
Depending on the size of the models you are trying to print, PolyLite™ ABS can required enclosed 3D printer, or even actively heated chamber.
In general a non-enclosed 3D printer with 90˚C bed temperature and 260˚C printing temperature can handle models smaller than fist size. For bigger prints you will required an enclosed 3D printer (~40-50˚C), for models bigger than ~15-20cm in any direction, it will require an actively heated chamber (~70˚C+).
Using proper bed adhesion can also help printing larger parts without deformation/warping issue. We can recommend Magigoo or BuildTak as adhesive and bed surface options.
Can PolyLite™ ABS be post-processed with Acetone?
Yes, PolyLite™ ABS can be smoothed with acetone. WARNING: Acetone is a dangerous chemical, please handle it with the necessary safety precautions.
We recommend PolySmooth™ as a safer alternative to create smooth surface models.
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Do you sell refills?
We are sorry but we do not sell refills at this time
PolyLite™ ASA is an alternative to ABS with an improved weather resistance. Its UV resistance and excellent mechanical properties make it the perfect choice for real life applications.
Nozzle temperature
230 – 260 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
75 – 95 (˚C)
Cooling fan
OFF
Printing speed
50 - 200 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
Needed (ambient temperature)
Recommended support material
-
Drying setting
70˚C for 7h
This material can print on any printer that is enclosed. We do recommend an all-metal hotend that can reach above 250˚C, but it is not required.
The hotter and slower you print, the better your layer adhesion will be.
Heat up your build plate to 90-100˚C for 10 minutes before starting your print so that the chamber has time to heat up.
If you are printing slow and hot, you will get better layer adhesion but may experience uglier overhangs. You will battle between great layer adhesion and great overhang quality.
Magigoo Original works as a great product for bed adhesion if you are having issues.
Keep your cooling fan off if you are having layer adhesion or build plate adhesion issues.
Can be smoothed or welded via acetone.
PolyFlex™ TPU90, created from Covestro’s Addigy®️ family, is a thermoplastic polyurethane (TPU) based filament designed to provide great flexibility without compromising on printing speed.
Nozzle temperature
210 – 230 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
30 – 70 (mm/s)
Retraction distance
3 - 6 (mm)
Retraction speed
40 - 60 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolySupport™ and PolyDissolve™ S1
Drying setting
70˚C for 8h
This material can be printed on most printers, but it is highly recommended you use a direct extruder setup and not Bowden.
The further the gap between your extruder and hotend, the more difficult this material will be to print.
Print slow, and even slower if your extruder has a distance between itself and the hotend. 30mm/s - 60mm/s.
Keep your cooling fan on for good surface quality.
This material has amazing layer adhesion which will make using parent support material very difficult. It is suggested you design your part to not need support material as much as possible.
TPU is known for being stringy, so it is going to be difficult to get rid of all of the stringiness/hair on the print.
90 refers to it's shore hardness of 90A.
PolyFlex™ TPU95 is a thermoplastic polyurethane (TPU) based filament specifically engineered to work on most desktop 3D printers. It has a shore hardness of 95A and can stretch more than 3 times its original length.
Nozzle temperature
210 – 230 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
30 – 50 (mm/s)
Retraction distance
3 - 6 (mm)
Retraction speed
40 - 60 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolySupport™ and PolyDissolve™ S1
Drying setting
70˚C for 8h
This material can be printed on most printers, but can print faster on a direct extruder than a Bowden setup.
The further the gap between your extruder and hotend, the slower you will have to print.
Print slow, and even slower if your extruder has a distance between itself and the hotend. 30mm/s - 60mm/s.
Keep your cooling fan on for good surface quality.
This material has amazing layer adhesion which will make using parent support material very difficult. It is suggested you design your part to not need support material as much as possible.
TPU is known for being stringy, so it is going to be difficult to get rid of all of the stringiness/hair on the print.
95 refers to it's shore hardness of 95A.
Can my printer print PolyFlex™ TPU95?
We highly recommend to use a direct drive printer to print PolyFlex™ TPU95. A direct drive printer is a printer with the extruder mounted on top of the hot end.
What does the number stand for?
The number next to "TPU" refers to the shore hardness. A higher number means a harder material. TPU90 is our softest, followed by TPU95 and then TPU95-HF (which is closer to a shore hardness of 98A than 95A).
In 3D printing the shore hardness is only an indication on how flexible the printed part will be. However it is important to also take in consideration the infill percentage, number of walls, top/bottom layers and the layer height.
Do you have any suggestions when printing TPU95 with support structure on single extruder printer?
Generally, when printing with TPU materials, if support structures are needed, we recommend using specialized support materials such as PolyDissolve™ S1. However, considering the single extruder devices that users may have, we suggest customers adjust the orientation of the model to minimize the use of support structures, or place support structures in inconspicuous areas that won't affect the appearance.
PolyFlex™ TPU95-HF, created from Covestro’s Addigy®️ family, is a TPU with high flow properties making it ideal for high speed printing. PolyFlex™ TPU95-HF unlocks new applications for flexible materials in manufacturing.
Nozzle temperature
200 – 230 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 50 (˚C)
Cooling fan
ON
Printing speed
30 – 100 (mm/s)
Retraction distance
3 - 6 (mm)
Retraction speed
40 - 60 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolySupport™ and PolyDissolve™ S1
Drying setting
70˚C for 8h
This material can be printed on most printers and is designed for high flow. That said, it can print faster on a direct extruder than a Bowden setup.
The further the gap between your extruder and hotend, the slower you will have to print.
Print slower if your extruder has a distance between itself and the hotend. 40mm/s - 100mm/s.
Keep your cooling fan on for good surface quality.
This material has amazing layer adhesion which will make using parent support material very difficult. It is suggested you design your part to not need support material as much as possible.
TPU is known for being stringy, so it is going to be difficult to get rid of all of the stringiness/hair on the print.
TPU95-HF is a slightly harder than 95A and has a shore hardness rating closer to around 98A.
What does the HF stand for?
HF stands for High Flow. This TPU is designed to print fast on direct, geared extrudres and can print even with a Bowden setup.
Can my printer print PolyFlex™ TPU95-HF?
PolyFlex™ TPU95-HF can be printed on an indirect drive printer however we highly recommend to use a direct drive printer to print PolyFlex™ TPU95-HF at its high speed settings. A direct drive printer is a printer with the extruder mounted on top of the hot end.
What makes PolyFlex™ TPU95-HF unique?
PolyFlex™ TPU95-HF is a high flow TPU, which means with the right setup (direct drive printer), it can be printed at 100mm/s+.
What does the number stand for?
The number next to "TPU" refers to the shore hardness. A higher number means a harder material. TPU90 is our softest, followed by TPU95 and then TPU95-HF (which is closer to a shore hardness of 98A than 95A).
In 3D printing the shore hardness is only an indication on how flexible the printed part will be. However it is important to also take in consideration the infill percentage, number of walls, top/bottom layers and the layer height.
Do you have any suggestions when printing TPU95-HF with support structure on single extruder printer?
Generally, when printing with TPU materials, if support structures are needed, we recommend using specialized support materials such as PolyDissolve™ S1. However, considering the single extruder devices that users may have, we suggest customers adjust the orientation of the model to minimize the use of support structures, or place support structures in inconspicuous areas that won't affect the appearance.
Polycarbonate can be a difficult material to print, but if you can print it correctly - then it will have some great heat resistance, strength, and even has the ability to be fire resistant.
Polycarbonate FAQ
PolyLite™ PC is produced using a polycarbonate resin specifically engineered for 3D printing. It delivers good stiffness and heat resistance with light diffusing properties.
Nozzle temperature
250 – 270 (℃)
Build surface treatment
Texture PEI (Glue when needed)
Build plate temperature
90 – 105 (˚C)
Cooling fan
OFF
Printing speed
50 - 200 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
Needed (70-100˚C)
Recommended support material
-
Drying setting
75˚C for 6h
Annealing setting
90˚C for 2h
This material requires an enclosed printer and an all metal hotend to properly print.:
Print slow and hot to help with layer adhesion and warping.
Keep cooling fans off.
Set build plate temperature to 105˚C for 10-15 minutes before starting the print to allow the chamber to heat up.
A dry box or filament dryer is recommended when printing with PC due to it being slightly more hygroscopic.
Using a larger diameter nozzle will also help with layer adhesion.
Magigoo PC is a great product to help with polycarbonate build plate adhesion.
Annealing is required after printing polycarbonate, especially if you do not have an heated chamber of 90˚C+. Anneal with your oven at 90˚C for 2 hours.
You need to put the print into the oven right when the print finishes and not allow it to cool.
What is annealing?
You can find out more about annealing HERE
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
Does PolyLite™ PC absorbs moisture?
The short answer is yes, PolyLite™ PC will absorb moisture slightly faster than regular PLA. We recommend using a dry box to achieve high quality and strong prints.
Why are my parts cracking along layer lines?
You really need to make sure you are using an enclosed printer and that you are keeping ambient air temps as high as possible. You then want to make sure you are annealing the part the moment the print finishes. Keeping ambient air temps high and allowing for very slow cooling is a great way to reduce chances of cracking and to maintain layer strength.
Printing Requirements
Enclosed printer that can trap heat required.
Actively heated chamber highly recommended. Minimum 60˚C chamber temp highly recommended.
Large, dense parts will require a heated chamber.
Annealing post printing. More info on annealing: https://us.polymaker.com/blogs/3d-printing-tips/what-is-annealing-and-why-do-we-do-it
Dryer or drybox recommended.
Magigoo PC highly recommended to help with bed adhesion.
All-metal hotend that can reach at least 250˚C recomended.
PolyMax™ PC is an engineered PC filament combining excellent strength, toughness, heat resistance and printing quality. It is the ideal choice for a wide range of engineering applications.
Please refer to the printing requirements before purchasing.
Nozzle temperature
250 – 270 (℃)
Build surface treatment
Texture PEI (Glue when needed)
Build plate temperature
90 – 105 (˚C)
Cooling fan
OFF
Printing speed
50 - 200 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
Needed (70-100˚C)
Recommended support material
-
Drying setting
75˚C for 6h
Annealing setting
90˚C for 2h
This material requires an enclosed printer and an all metal hotend to properly print.
Print slow and hot to help with layer adhesion and warping.
Keep cooling fans off.
Set build plate temperature to 105˚C for 10-15 minutes before starting the print to allow the chamber to heat up.
A dry box or filament dryer is recommended when printing with PC due to it being slightly more hygroscopic.
Using a larger diameter nozzle will also help with layer adhesion.
Magigoo PC is a great product to help with polycarbonate build plate adhesion.
Annealing is required after printing polycarbonate, especially if you do not have an heated chamber of 90˚C+. Anneal with your oven at 90˚C for 2 hours.
You need to put the print into the oven right when the print finishes and not allow it to cool.
Does PolyMax™ PC need to be annealed?
Annealing is the process of heating up the printed parts at a certain temperature for a certain period of time. You can anneal PolyMax™ PC at 90˚ for 2h.
The purpose of annealing PolyMax™ PC is to release the internal stress which accumulates during the printing process. This internal stress can creates micro cracks over time and weaken the part.
(NOTE: In the case of semi-crystalline polymers such as Nylon, annealing purpose is mainly to crystalize the material for better mechanical and thermal properties)Does PolyMax™ PC need to be annealed?
You can find out more about annealing HERE
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
Does PC absorbs moisture?
The short answer is yes, PolyLite™ PC will absorb moisture slightly faster than regular PLA. We recommend using a dry box to achieve high quality and strong prints.
Why are my parts cracking along layer lines?
You really need to make sure you are using an enclosed printer and that you are keeping ambient air temps as high as possible. You then want to make sure you are annealing the part the moment the print finishes. Keeping ambient air temps high and allowing for very slow cooling is a great way to reduce chances of cracking and to maintain layer strength.
What is the best surface adhesive for PolyMax™ PC?
In our experience we had excellent experience with Magigoo PC. This special glue allows great adhesion when the build plate is hot and easy release when the build plate cools down.
Printing Requirements
Enclosed printer that can trap heat required.
Actively heated chamber highly recommended. Minimum 60˚C chamber temp highly recommended.
Large, dense parts will require a heated chamber.
Annealing post printing. More info on annealing: https://us.polymaker.com/blogs/3d-printing-tips/what-is-annealing-and-why-do-we-do-it
Dryer or drybox recommended.
Magigoo PC highly recommended to help with bed adhesion.
PolyMax™ PC-FR, creation from Covestro’s Makrolon® family, could achieve V0 performance in the UL94 flame retardancy test and displays excellent toughness, strength and heat resistance. This filament opens new applications in the automotive, railway and aerospace industries.
Please refer to the printing requirements below before purchasing.
Nozzle temperature
250 – 270 (℃)
Build surface treatment
Texture PEI (Glue when needed)
Build plate temperature
90 – 105 (˚C)
Cooling fan
OFF
Printing speed
50 - 200 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
Needed (70-100˚C)
Recommended support material
-
Drying setting
75˚C for 6h
Annealing setting * Based on 0.4 mm nozzle. Printing conditions may vary
90˚C for 2h
This material should only be printed when you have a heated chamber printer that can reach 90˚C - 100˚C ambient air temperatures.
This means this is an industrial material that should not be printed on standard consumer machines.
Print slow and hot to help with layer adhesion and warping.
Keep cooling fans off
Set the chamber temp to 90˚C - 100˚C and allow the chamber to heat all the way up before starting your print.
A dry box or filament dryer is recommended when printing with PC due to it being slightly more hygroscopic.
Using a larger diameter nozzle will also help with layer adhesion.
Magigoo PC is a great product to help with polycarbonate build plate adhesion.
Annealing is required after printing polycarbonate.
You need to keep your chamber temp at 90˚C - 100˚C for 2 hours after the print finishes. Then allow the print to slowly cool to room temperature.
All-metal hotend that can reach at least 260˚C.
Enclosed printer that can trap heat required.
Actively heated chamber with minimum 90˚C chamber temp required.
Large, dense parts will require a heated chamber even more so than small parts.
Annealing post printing. More info on annealing: https://us.polymaker.com/blogs/3d-printing-tips/what-is-annealing-and-why-do-we-do-it
Dryer or drybox recommended.
Magigoo PC highly recommended to help with bed adhesion.
All-metal hotend that can reach at least 250˚C recommended
Polymaker PC-ABS is a PC/ABS polymer blend which offers excellent toughness and heat resistance while displaying good surface finish and good compatibility with metal plating.
Please refer to the printing requirements below before purchasing.
Nozzle temperature
250 – 270 (℃)
Build surface treatment
Texture PEI (Glue when needed)
Build plate temperature
90 – 105 (˚C)
Cooling fan
OFF
Printing speed
50 - 250 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
Needed (90-100˚C)
Recommended support material
-
Drying setting
75˚C for 6h
Annealing setting * Based on 0.4 mm nozzle. Printing conditions may vary
90˚C for 2h
This material should only be printed when you have a heated chamber printer that can reach 90˚C - 105˚C ambient air temperatures.
This means this is an industrial material that should not be printed on standard consumer machines.
Print slow and hot to help with layer adhesion and warping.
Keep cooling fans off.
Set the chamber temp to 90˚C - 105˚C and allow the chamber to heat all the way up before starting your print.
A dry box or filament dryer is recommended when printing with PC due to it being slightly more hygroscopic.
Using a larger diameter nozzle will also help with layer adhesion.
Magigoo PC is a great product to help with polycarbonate build plate adhesion.
Annealing is required after printing polycarbonate.
You need to keep your chamber temp at 90˚C - 105˚C for 2 hours after the print finishes. Then allow the print to slowly cool to room temperature.
What is annealing?
You can find out more about annealing HERE
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
Does PC absorbs moisture?
The short answer is yes, PolyLite™ PC will absorb moisture slightly faster than regular PLA. We recommend using a dry box to achieve high quality and strong prints.
Why are my parts cracking along layer lines?
You really need to make sure you are using an enclosed printer and that you are keeping ambient air temps as high as possible. You then want to make sure you are annealing the part the moment the print finishes. Keeping ambient air temps high and allowing for very slow cooling is a great way to reduce chances of cracking and to maintain layer strength.
Printing Requirements
Enclosed printer that can trap heat required.
Actively heated chamber with minimum 90˚C chamber temp required.
Large, dense parts will require a heated chamber even more so than small parts.
Annealing post printing. More info on annealing: https://us.polymaker.com/blogs/3d-printing-tips/what-is-annealing-and-why-do-we-do-it
Dryer or drybox recommended.
Magigoo PC highly recommended to help with bed adhesion.
All-metal hotend that can reach at least 250˚C recommended
Polymaker PC-PBT is a PC/PBT polymer blend which offers good heat resistance and toughness at low temperature (-20˚C/-30˚C). Polymaker PC-PBT also features good chemical resistance.
Please refer to the printing requirements below before purchasing.
Nozzle temperature
260 – 280 (℃)
Build surface treatment
Texture PEI (Glue when needed)
Build plate temperature
100 – 115 (˚C)
Cooling fan
OFF
Printing speed
50 - 250 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
Needed (100-110˚C)
Recommended support material
-
Drying setting
75˚C for 6h
Annealing setting * Based on 0.4 mm nozzle. Printing conditions may vary
90˚C for 2h
This material should only be printed when you have a heated chamber printer that can reach 100˚C - 115˚C ambient air temperatures.
This means this is an industrial material that should not be printed on standard consumer machines.
Print slow and hot to help with layer adhesion and warping.
Keep cooling fans off.
Set the chamber temp to 100˚C - 115˚C and allow the chamber to heat all the way up before starting your print.
A dry box or filament dryer is recommended when printing with PC due to it being slightly more hygroscopic.
Using a larger diameter nozzle will also help with layer adhesion.
Magigoo PC is a great product to help with polycarbonate build plate adhesion.
Annealing is required after printing polycarbonate.
You need to keep your chamber temp at 100˚C - 115˚C for 2 hours after the print finishes. Then allow the print to slowly cool to room temperature.
What is annealing?
You can find out more about annealing HERE
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
Does PC absorbs moisture?
The short answer is yes, PolyLite™ PC will absorb moisture slightly faster than regular PLA. We recommend using a dry box to achieve high quality and strong prints.
Why are my parts cracking along layer lines?
You really need to make sure you are using an enclosed printer and that you are keeping ambient air temps as high as possible. You then want to make sure you are annealing the part the moment the print finishes. Keeping ambient air temps high and allowing for very slow cooling is a great way to reduce chances of cracking and to maintain layer strength.
Printing Requirements
Enclosed printer that can trap heat required.
Actively heated chamber with minimum 100˚C chamber temp required.
Large, dense parts will require a heated chamber even more so than small parts.
Annealing post printing. More info on annealing: https://us.polymaker.com/blogs/3d-printing-tips/what-is-annealing-and-why-do-we-do-it
Dryer or drybox recommended.
Magigoo PC highly recommended to help with bed adhesion.
All-metal hotend that can reach at least 260˚C
PolyMide™ CoPA is based on a copolymer of Nylon 6 and Nylon 6,6. The filament combines excellent strength, toughness, and heat resistance of up to 180˚C.
Nozzle temperature
250 – 270 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 50 (˚C)
Cooling fan
OFF
Printing speed
50 – 200(mm/s)
Retraction distance
3 - 6 (mm)
Retraction speed
40 - 60 (mm/s)
Closure Chamber
Needed (ambient temperature)
Recommended support material
PolyDissolve™ S1
Drying setting
100˚C for 8h
Annealing setting * Based on 0.4 mm nozzle. Printing conditions may vary
80˚C for 6 h with different nozzle diameters
This material only has a requirement that you print with an all metal hotend that can reach 250˚C or higher.
Do not set your build plate above 50˚C and keep any chamber doors open. If you let the build plate or ambient air get above 50˚C, you run the risk of warping or ugly prints.
Use a glue stick or Magigoo PA if experiencing any issues with bed adhesion.
CoPA can be difficult to print overhangs with, so it is recommended that you try and design your part to have the least amount of overhangs as possible.
CoPA can be pretty temperature sensitive, so it may require some tweaking to get the correct printing temperature for good surface quality.
CoPA is very hygroscopic and therefore should only be printed while kept in a heated filament dryer the entire time you print.
If you hear "popping" or "cracking" noises, then the filament needs to be dried.
This needs to be annealed after printing at 80˚C for 6 hours.
After annealing - the part will be dried out and therefore need to be moisture conditioned.
Moisture conditioning will happen even if you do nothing as the material absorbs moisture from the air. To speed up moisture conditioning, keep in a humid environment for 48 hours.
Does PolyMide™ CoPA requires an enclosed printer?
No, all our Nylon features our Warp-Free™ Technology which means it does not require a heated bed or heated chamber of more than 50˚C. PolyMide™ CoPA can be printed on a 30-40˚C bed without enclosure.
Can I use PolySupport™ for PA12 with CoPA?
Unfortunately no - you cannot. PolySupport™ for PA12 was designed specifically for PA12 nylon and CoPA is a copolymer of Nylon 6 and Nylon 6,6.
We would suggest checking out PolyDissolve™ S1 (PVA).
Do you need to anneal PolyMide™ CoPA?
PolyMide™ CoPA displays outstanding mechanical and thermal properties when fully crystallized. The printed part will not reach full crystallization after the printing process, an additional step is required: Annealing. You can anneal PolyMide™ CoPA by placing your part in the oven at 80˚C for 6h.
What is annealing?
You can find out more about annealing HERE
What is moisture conditioning?
Moisture conditioning refers to allowing the print to absorb moisture. This is inevitble since nylons are hygroscopic, but you can expedite the process by keeping the print in a high humidity climate, or submerging them in water, for 48 hours. All of our test specimens were annealed at 100˚C for 16 hours, and then immerged in water at 60˚C for 48 hours. The average moisture content of specimens is 2.57%.
Read more about moistrue conditioning HERE
Should I anneal before or after moisture conditioning?
When you anneal in a convection oven, you will dry the part out. So if you moisture condition before annealing - you will need to moisture condition again after. So we would suggest to moisture condition after annealing.
Why do you use such a low build plate temperature with your nylons?
Our nylons come with our Warp-Free™ Technology. In order for this Warp-Free™ technology to work as it should - we want to make sure the build plate and the ambient air temperatures are both below 50˚C. We then anneal the print after to get it's full strength.
Learn more HERE
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
What is the shrinkage rate of PolyMide™ CoPA?
The shrinkage rate depends on the print model size and infill setting.
Printing Requirements
All-metal hotend that can reach 250˚C recommended.
Filament dryer required - the material is very hygroscopic.
Annealing and then moisture conditioning post printing.
And that's all! This material does not require an enclosure or anything special to print.
Polymaker’s new aesthetic product family is here to empower your creativity, offering an unparalleled array of vibrant colors and stunning surface finishes for your 3D prints. With a best in class color consistency, Panchroma™ ensures that every creation is a masterpiece, meticulously crafted to bring your boldest visions to life.
Panchroma™ Matte is a bioplastic based 3d printing filament designed from the ground up to create the next generation of PLA, providing ease of use, printing quality, speed and reliability.
Panchroma Matte was formerly called PolyTerra PLA. Same great colors, same great printing surface, just under an easier to understand product name.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 300mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
Panchroma™ Matte PLA is slightly more abrasive than regular PLA.
All Panchroma effects and colors, with the exception of Luminous, Glow, and CoPE will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Is there a difference between Panchroma™ Matte PLA and PolyTerra™ PLA?
No! This is the same great material - just under a new product family name.
Is Panchroma™ Matte more abrasive than basic gloss PLA?
Yes, it Panchroma™ Matte is slightly more abrasive - though not enough to justify using a hardened nozzle. If you are printing a lot of Panchroma™ Matte, it may be worth upgrading to a hardened nozzle for longevity.
Is Panchroma™ Matte PLA biodegradable?
The short answer is no in a way that it would not degrade when throwing it on the side of the road. Panchroma™ Matte PLA requires specific conditions to degrade which can be achieved in industrial composting facilities. We developed a formula which can degrade faster than regular PLA while maintaining excellent printability which allows a step forward towards improving the end of life of our PLA in our industry. Compostability report and more detail information here.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma™ spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
Panchroma™ Matte is slightly more abrasive than standard gloss PLA - so if printing a lot of it - it may be worth upgrading to a hardened nozzle.
Panchroma™ Satin is an enhanced bioplastic based 3d printing filament designed from the ground up to create the next generation of PLA, providing ease of use, printing quality, speed and reliability.
Formerly called PolyTerra™ PLA+.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 300mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
All Panchroma effects and colors, with the exception of Luminous, Glow, and CoPE will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Is there a difference between Panchroma™ Satin PLA and PolyTerra™ PLA+?
No! This is the same great material - just under a new product family name.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma™ spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except for CoPE
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
Panchroma™ Silk PLA is a PLA option with a high gloss effect.
Formerly called PolyLite™ Silk PLA.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
All Panchroma effects and colors, with the exception of Luminous, Glow, and CoPE will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Is there a difference between Panchroma™ Silk PLA and PolyLite™ Silk PLA?
No! This is the same great material - just under a new product family name.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma™ spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
Panchroma™ Translucent colors provide a very unique effect with single wall prints.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
All Panchroma effects and colors, with the exception of Luminous, Glow, and CoPE will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
Panchroma™ Starlight display a very unique shimmering effect which changes color depending on the light reflection.
Formerly called PolyLite™ Starlight PLA.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
All Panchroma effects and colors, with the exception of Luminous, Glow, and CoPE will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Is there a difference between Panchroma™ Starlight PLA and PolyLite™ Starlight PLA?
No! This is the same great material - just under a new product family name.
What is the difference between Panchroma™ Starlight PLA and Panchroma™ Galaxy PLA?
Galaxy PLA uses aluminum specks while Starlight contains a very fine powder. This leads to them having a different shimmer/sparkle effect. Starlight will have very small sparkles while Galaxy will have much larger sparkles.
Can you use 0.4mm nozzle with Panchroma™ Starlight?
The short answer is YES. Although our Galaxy PLA line contains actual glitters which may increase the risk of jamming a 0.4mm nozzle, our Panchroma™ Starlight contains a very fine powder which gives the shimmering effect. This powder will not increase the risk of jamming a 0.4mm nozzle and is not abrasive.
NOTE: Some users even successfully used a 0.2mm nozzle with our Panchroma™ Starlight.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma™ spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
≥0.4mm diameter nozzle required.
Panchroma™ Celestial is a beautiful pastel color with glitter powder shining through the translucency of the material.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
All Panchroma effects and colors, with the exception of Luminous, Glow, and CoPE will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Can you use 0.4mm nozzle with Panchroma™ Celestial?
The short answer is YES. Although our Panchroma™ Galaxy color range contains actual glitters which may increase the risk of jamming a 0.4mm nozzle, our Panchroma™ Celestial contains a very fine powder which gives the shimmering effect. This powder will not increase the risk of jamming a 0.4mm nozzle and is not abrasive.
NOTE: Some users even successfully used a 0.2mm nozzle with our Panchroma™ Celestial.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma™ spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma effects, except those listed under "experimental".
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
≥0.4mm diameter nozzle required.
Panchroma™ Metallic features a unique glitter powder mimicking metallic shine.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
All Panchroma effects and colors, with the exception of Luminous, Glow, and CoPE will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Can you use 0.4mm nozzle with Panchroma™ Metallic?
The short answer is YES. Although our Panchroma™ Galaxy line contains actual glitters which may increase the risk of jamming a 0.4mm nozzle, our Panchroma™ Metallic contains a very fine powder which gives the shimmering effect. This powder will not increase the risk of jamming a 0.4mm nozzle and is not abrasive.
NOTE: Some users even successfully used a 0.2mm nozzle with our Panchroma Metallic.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma™ spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
≥0.4mm diameter nozzle required.
Panchroma™ Galaxy display amazing dark colors which contrast beautifully with silver aluminum specks.
Formerly called PolyLite™ Galaxy PLA.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
All Panchroma effects and colors, with the exception of Luminous, Glow, and CoPE will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Is there a difference between Panchroma™ Galaxy PLA and PolyLite™ Galaxy PLA?
No! This is the same great material - just under a new product family name.
What is the difference between Panchroma™ Starlight PLA and Panchroma™ Galaxy PLA?
Galaxy PLA uses aluminum specks while Starlight contains a very fine powder. This leads to them having a different shimmer/sparkle effect. Starlight will have very small sparkles while Galaxy will have much larger sparkles.
Can I print with a 0.4mm nozzle?
Yes! That said - the aluminum specks does make clogging more possible. So if you want to avoid any chance of clogging - use a 0.6mm nozzle or larger.
Do I need a hardened nozzle?
No! You can print with a standard non-abrasive resistant nozzle.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
While possible to print with a 0.4mm nozzle, if you want to avoid any chance of a clog - you may want to use a 0.6mm or larger.
Panchroma™ Marble is a bioplastic based 3d printing filament designed from the ground up to create the next generation of PLA, providing ease of use, printing quality, speed and reliability.
Formerly called PolyTerra™ Marble PLA.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 300mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
Panchroma™ Matte PLA is slightly more abrasive than regular PLA.
All Panchroma effects and colors, with the exception of Luminous, Glow, and Regular will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Is there a difference between Panchroma™ Marble PLA and PolyTerra™ Marble PLA?
No! This is the same great material - just under a new product family name.
Is Panchroma™ Matte more abrasive than basic gloss PLA?
Yes, it Panchroma™ Matte is slightly more abrasive - though not enough to justify using a hardened nozzle. If you are printing a lot of Panchroma™ Matte, it may be worth upgrading to a hardened nozzle for longevity.
Is Panchroma™ Marble PLA biodegradable?
The short answer is no in a way that it would not degrade when throwing it on the side of the road. Panchroma™ Matte PLA requires specific conditions to degrade which can be achieved in industrial composting facilities. We developed a formula which can degrade faster than regular PLA while maintaining excellent printability which allows a step forward towards improving the end of life of our PLA in our industry. Compostability report and more detail information here.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma™ spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
Panchroma™ Matte/Marble is slightly more abrasive than standard gloss PLA - so if printing a lot of it - it may be worth upgrading to a hardened nozzle.
Panchroma™ Luminous offers a unique color in day light and glow in a similar color in the dark! *Requires a hardened nozzle when printing regularly.
Cycle Weight for Gradient Luminous: ~160g.
Formerly called PolyLite™ Luminous PLA).
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
These glow in the dark materials have an additive that makes them very abrasive. This means you should not print them unless you have a hardened nozzle.
Due to the abrasiveness, we do not recommend printing these in an AMS with plastic gears and tubes.
Other than being abrasive, these materials are standard PLA options and can print with standard PLA settings.
Leave the cooling fan on at full blast for best surface quality.
Is there a difference between Panchroma™ Luminous PLA and PolyLite™ Luminous PLA?
No! This is the same great material - just under a new product family name.
What is the difference between Panchroma™ Glow PLA and Panchroma™ Luminous PLA?
These materials both have the same glow effect, the difference is what color they are before being placed in darkness.
Panchroma™ Glow PLA will be a natural color when not in darkness while Panchroma™ Luminous PLA will be the same color while in light as in the dark.
Is this material abrasive?
Yes - you will need to use a hardened nozzle to print with glow in the dark material. You will also need to be careful with using any AMS style setup as well.
Do I need a larger nozzle?
No! This material will print fine with a 0.4mm nozzle.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
While the spool will spin great in the AMS, the material is abrasive and may lead to the gears and PTFE tube wearing out too quickly. Therefore we do not suggest using it with the AMS.
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
Hardened Nozzle
And that is it! This will print great on any stock 3D printer that has a hardened nozzle.
You will just want to print slower on stock, older style printers.
Panchroma™ Glow displays a natural color in day light but reveal its beautiful glowing effect in the dark!
Formerly called PolyLite™ Glow PLA.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
These glow in the dark materials have an additive that makes them very abrasive. This means you should not print them unless you have a hardened nozzle.
Due to the abrasiveness, we do not recommend printing these in an AMS with plastic gears and tubes.
Other than being abrasive, these materials are standard PLA options and can print with standard PLA settings.
Leave the cooling fan on at full blast for best surface quality.
Is there a difference between Panchroma™ Glow PLA and PolyLite™ Glow PLA?
No! This is the same great material - just under a new product family name.
What is the difference between Panchroma™ Glow PLA and Panchroma™ Luminous PLA?
These materials both have the same glow effect, the difference is what color they are before being placed in darkness.
Panchroma™ Glow PLA will be a natural color when not in darkness while Panchroma™ Luminous PLA will be the same color while in light as in the dark.
Is this material abrasive?
Yes - you will need to use a hardened nozzle to print with glow in the dark material. You will also need to be careful with using any AMS style setup as well.
Do I need a larger nozzle?
No! This material will print fine with a 0.4mm nozzle.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
While the spool will spin great in the AMS, the material is abrasive and may lead to the gears and PTFE tube wearing out too quickly. Therefore we do not suggest using it with the AMS.
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
Hardened Nozzle
And that is it! This will print great on any stock 3D printer that has a hardened nozzle.
You will just want to print slower on stock, older style printers.
Panchroma™ Neon is UV reactive. A beautiful color shine under UV/Black Light.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
These glow materials have an additive that makes them very abrasive. This means you should not print them unless you have a hardened nozzle.
Due to the abrasiveness, we do not recommend printing these in an AMS with plastic gears and tubes.
Other than being abrasive, these materials are standard PLA options and can print with standard PLA settings.
Leave the cooling fan on at full blast for best surface quality.
What is there a difference between Panchroma™ Neon PLA and Panchroma™ UV Shift PLA?
The difference lies in what color the filament is when not under UV light. Neon will remain the same color it will glow under UV light, while UV Shift PLA will stay a natural color until under UV light.
Is Panchroma™ Neon PLA abrasive?
Yes, it is recommended to use a hardened nozzle with UV glow materials.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma™ spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
Hardened Nozzle
And that is it! This will print great on any stock 3D printer that has a hardened nozzle.
You will just want to print slower on stock, older style printers.
Panchroma™ UV Shift changes colors from Natural to Orange under UV Light
Formerly called PolyLite™ PLA UV Color Changing.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
These glow materials have an additive that makes them very abrasive. This means you should not print them unless you have a hardened nozzle.
Due to the abrasiveness, we do not recommend printing these in an AMS with plastic gears and tubes.
Other than being abrasive, these materials are standard PLA options and can print with standard PLA settings.
Leave the cooling fan on at full blast for best surface quality.
Is there a difference between Panchroma™ UV Shift PLA and PolyLite™ PLA UV Color Changing?
No! Same great material just under a new product family name.
What is there a difference between Panchroma™ Neon PLA and Panchroma™ UV Shift PLA?
The difference lies in what color the filament is when not under UV light. Neon will remain the same color it will glow under UV light, while UV Shift PLA will stay a natural color until under UV light.
Is Panchroma™ UV Shift PLA abrasive?
Yes, it is recommended to use a hardened nozzle with UV glow materials.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma™ spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
Hardened Nozzle
And that is it! This will print great on any stock 3D printer that has a hardened nozzle.
You will just want to print slower on stock, older style printers.
Panchroma™ Dual Matte is a bioplastic based 3d printing filament designed from the ground up to create the next generation of PLA, providing ease of use, printing quality, speed and reliability.
Formerly called PolyTerra™ Dual PLA
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 300mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
Panchroma™ Matte PLA is slightly more abrasive than regular PLA.
All Panchroma effects and colors, with the exception of Luminous, Glow, and CoPE will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Is there a difference between Panchroma™ Dual Matte PLA and PolyTerra™ Dual PLA?
No! This is the same great material - just under a new product family name.
Is Panchroma™ Matte more abrasive than basic gloss PLA?
Yes, it Panchroma™ Dual Matte is slightly more abrasive - though not enough to justify using a hardened nozzle. If you are printing a lot of Panchroma™ Dual Matte, it may be worth upgrading to a hardened nozzle for longevity.
Is Panchroma™ Dual Matte PLA biodegradable?
The short answer is no in a way that it would not degrade when throwing it on the side of the road. Panchroma™ Dual Matte PLA requires specific conditions to degrade which can be achieved in industrial composting facilities. We developed a formula which can degrade faster than regular PLA while maintaining excellent printability which allows a step forward towards improving the end of life of our PLA in our industry. Compostability report and more detail information here.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma™ spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
Panchroma™ Matte is slightly more abrasive than standard gloss PLA - so if printing a lot of it - it may be worth upgrading to a hardened nozzle.
Panchroma™ Dual Silk is a high-quality, dual-color PLA with carefully chosen, smoothly transitioning colors for a stunning, shiny finish and reliable, easy printing.
Formerly called PolyLite™ Dual Silk PLA
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
All Panchroma effects and colors, with the exception of Luminous, Glow, and CoPE will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Is there a difference between Panchroma™ Dual Silk PLA and PolyLite™ Dual Silk PLA?
No! This is the same great material - just under a new product family name.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma™ effects, except those listed under "experimental".
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
Panchroma™ Dual Special Yin-Yang is a beautiful mix between our Galaxy Black and Marble White!
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 200mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
All Panchroma effects and colors, with the exception of Luminous, Glow, and CoPE will have no special requirements. You can print them on any printer in any setup.
These materials are standard PLA options and can print with standard PLA settings.
Silk and other very glossy options should be printed at a slower print speed so that the shine can be maintained. If you print these materials too fast, they will look more "matte".
Do not print glitter/sparkle effect materials with smaller than a 0.4mm nozzle.
Leave the cooling fan on at full blast for best surface quality.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Is this material AMS compatible?
Yes! All Panchroma spools now have hardened edges that roll great in the AMS
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
What is Panchroma™?
Panchroma™ is a new family of engineered polymer compounds containing PLA. The formulations are fine tuned for each color/surface finish to offer the best aesthetic quality and printability. They can be reliably printed on any FFF/FDM 3D printer under typical PLA settings. All Panchroma™ products are PLA except for those listed under "experimental".
Can I mix and match effects into a single HueForge print?
This material will mix and match great with all other Panchroma effects, except those listed under "experimental".
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
Panchroma™ Matte is slightly more abrasive than standard gloss PLA - so if printing a lot of it - it may be worth upgrading to a hardened nozzle.
Panchroma™ CoPE is based on a new innovative formula which we developed to improve printability (bridging, overhang), widen the printing temperature window and increase the printing speed up to 400mm/s.
CoPE is a high-quality copolyester-based material.
Printing Temperature: 190˚C - 230˚C
Bed Temperature: 25˚C - 60˚C
Printing Speed: up to 400mm/s
Fan: ON
Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 20mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 40mm/s
Drying Settings: 55˚C for 6h (Only if the material has absorbed moisture)
Panchroma™ CoPE is not a PLA and is a new formula (co-polyester) created by Polymaker. This means it should not be used when combining with PLA prints, since they will not adhere properly together.
CoPE will also stick too well to a textured PEI plate and it is not recommended to use one.
This new formula allows for fast printing with great overhangs.
You can print this at top speeds of up to 400mm/s, so no need to worry about speed.
Leave the cooling fan on at full blast for best surface quality.
If having difficulty removing prints from a textured PEI plate, you can use Magigoo Original. We suggest instead using a different build plate such as smooth PEI, PC, glass, etc.
Printing Requirements
Not recommended to be printed on textured PEI as this material has an extra high bed adhesion properties and can damage the bed. We recommend using Magigoo Original to help with print release if using a textured PEI plate.
This will print great on any stock 3D printer and at higher than normal print speeds.
Fiberon™ is committed to developing high-performance composite filaments with the best printability and cost performance ratio.
At Polymaker, we are dedicated to challenging the status quo and expanding the boundaries of what’s possible with FFF 3D printing. With Fiberon, we bring high-performance, user-friendly materials directly to your desktop, empowering you to achieve the extraordinary and conquer the impossible.
Fiberon™ PPS-CF10 is a carbon fiber reinforced PPS (Polyphenylene sulfide) filament, with minimal warping during mechanical strength, high heat resistance, chemical resistance, printing and no need for a heated chamber. With exceptional V0 flame retardancy, and moisture insensitivity, it's specifically designed for professionals operating in extreme conditions.
Build plate temperature
80 - 90°C
Environmental temperature
25 - 80°C
Fan speed
0%
Printing speed
30 - 300 mm/s
This material requires a hotend that can reach 310˚C - 350˚C and a hardened nozzle due to abrasiveness.
Print a bit slower if experiencing any layer adhesion issues.
Keep cooling fan off.
Keep door open if printing in enclosed printer - enclosure is not needed.
Anneal the print at 125˚ for 16h for the best layer adhesion and temperature resistance.
Filament may also easily break, so it is highly recommended to have a filament path that does not have extreme bends or turns.
Fiberon™ PET-CF17 is a carbon fiber reinforced PET (polyethylene terephthalate) filament. It's the preferred choice for engineering 3D printing composite materials, featuring high modulus, heat resistance, moisture insensitivity, and ease of printing.
Build plate temperature
70 - 80°C
Environmental temperature
Room Temperature
Fan speed
0%
Printing speed
30 - 300 mm/s
The only requirements you need to print this material is an all-metal hotend that can reach 270˚C - 300˚C, and a hardened nozzle due to the abrasiveness.
Print a bit slower if experiencing any layer adhesion issues.
Keep cooling fan off.
Keep door open if printing in enclosed printer - enclosure is not needed.
Anneal the print at 120˚ for 10h for the best layer adhesion and temperature resistance.
Printing Requirements
All-metal hotend 270˚C+
Hardened nozzle
Annealing post printing
You may need a filament dryer depending on the humidity of your environment. Keep dry when not in use.
Fiberon™ PA6-CF20 is a carbon fiber reinforced PA6 (Nylon 6) filament. The carbon fiber reinforcement provides significantly improved stiffness, strength and heat resistance with outstanding layer adhesion.
Fiberon™ PA6-CF20 is the same great formula as PolyMide PA6-CF, although Fiberon™ PA6-CF20 may print in a slightly darker black shade color than its predecessor.
Build plate temperature
40 - 50°C
Environmental temperature
Room Temperature
Fan speed
0%
Printing speed
30 - 300 mm/s
his material has a requirement that you print with an all metal hotend that can reach 280˚C or higher as well as the need for a hardened nozzle.
Do not set your build plate above 50˚C and keep any chamber doors open. If you let the build plate or ambient air get above 50˚C, you run the risk of warping or ugly prints.
Use a glue stick or Magigoo PA if experiencing any issues with bed adhesion.
PA-CF is very hygroscopic and therefore should only be printed while kept in a heated filament dryer the entire time you print.
If you hear "popping" or "cracking" noises, then the filament needs to be dried.
This needs to be annealed after printing at 100˚C for 16 hours.
After annealing - the part will be dried out and therefore need to be moisture conditioned.
Moisture conditioning will happen even if you do nothing as the material absorbs moisture from the air. To speed up moisture conditioning, keep in a humid environment for 48 hours.
Printing Requirements
All-metal hotend 280˚C+
Hardened nozzle
Filament dryer
Annealing post printing
Moisture conditioning after Annealing
Fiberon™ PA6-GF25 is a glass fiber reinforced PA6 (Nylon 6) filament. The material exhibits excellent thermal and mechanical properties without sacrificing the layer adhesion.
Formerly called PolyMide PA6-GF.
Build plate temperature
40 - 50°C
Environmental temperature
Room Temperature
Fan speed
0%
Printing speed
30 - 300 mm/s
This material has a requirement that you print with an all metal hotend that can reach 280˚C or higher as well as the need for a hardened nozzle.
Do not set your build plate above 50˚C and keep any chamber doors open. If you let the build plate or ambient air get above 50˚C, you run the risk of warping or ugly prints.
Use a glue stick or Magigoo PA if experiencing any issues with bed adhesion.
PA-CF is very hygroscopic and therefore should only be printed while kept in a heated filament dryer the entire time you print.
If you hear "popping" or "cracking" noises, then the filament needs to be dried.
This needs to be annealed after printing at 100˚C for 16 hours.
After annealing - the part will be dried out and therefore need to be moisture conditioned.
Moisture conditioning will happen even if you do nothing as the material absorbs moisture from the air. To speed up moisture conditioning, keep in a humid environment for 48 hours.
Printing Requirements
All-metal hotend 280˚C+
Hardened nozzle
Filament dryer
Annealing post printing
Moisture conditioning after Annealing
Fiberon™ PA612-CF15 is a carbon fiber reinforced long chain copolyimide filament. Thanks to its chemical structure, this product has lower moisture sensitivity compared to PA6/66 and PA6-based materials, and better mechanical properties than PA12-based materials. In addition, the carbon fiber reinforcement and Warpfree™ technology enhance the size stability of the prints produced with this material.
Fiberon™ PA612-CF15 is the same great formula as PolyMide PA612-CF, although Fiberon™ PA612-CF15 may print in a slightly darker black shade color than its predecessor.
Build plate temperature
40 - 50°C
Environmental temperature
Room Temperature
Fan speed
0%
Printing speed
30 - 300 mm/s
This material has a requirement that you print with an all metal hotend that can reach 250˚C or higher as well as the need for a hardened nozzle.
Do not set your build plate above 50˚C and keep any chamber doors open. If you let the build plate or ambient air get above 50˚C, you run the risk of warping or ugly prints.
Use a glue stick or Magigoo PA if experiencing any issues with bed adhesion.
PA-CF is very hygroscopic and therefore should only be printed while kept in a heated filament dryer the entire time you print.
If you hear "popping" or "cracking" noises, then the filament needs to be dried.
This needs to be annealed after printing at 100˚C for 16 hours.
After annealing - the part will be dried out and therefore need to be moisture conditioned.
Moisture conditioning will happen even if you do nothing as the material absorbs moisture from the air. To speed up moisture conditioning, keep in a humid environment for 48 hours.
Printing Requirements
All-metal hotend 250˚C+ recommended
Hardened nozzle
Filament dryer
Annealing post printing
Moisture conditioning after Annealing
Fiberon™ PA12-CF10 is carbon fiber reinforced long chain copolyamide filament. Thanks to its chemical structure, this product has lower moisture sensitivity compared to PA6/66 and PA6-based materials, and better mechanical properties than PA12-based materials. In addition, the carbon fiber reinforcement and Warp-freeTM technology enhance the size stability of the prints produced with this material.
Fiberon™ PA12-CF10 is the same great formula as PolyMide PA12-CF, although Fiberon™ PA12-CF10 may print in a slightly darker black shade color than its predecessor.
Build plate temperature
40 - 50°C
Environmental temperature
Room Temperature
Fan speed
0%
Printing speed
30 - 300 mm/s
This material has a requirement that you print with an all metal hotend that can reach 280˚C or higher as well as the need for a hardened nozzle.
Do not set your build plate above 50˚C and keep any chamber doors open. If you let the build plate or ambient air get above 50˚C, you run the risk of warping or ugly prints.
Use a glue stick or Magigoo PA if experiencing any issues with bed adhesion.
PA-CF is very hygroscopic and therefore should only be printed while kept in a heated filament dryer the entire time you print.
If you hear "popping" or "cracking" noises, then the filament needs to be dried.
This needs to be annealed after printing at 100˚C for 16 hours.
After annealing - the part will be dried out and therefore need to be moisture conditioned.
Moisture conditioning will happen even if you do nothing as the material absorbs moisture from the air. To speed up moisture conditioning, keep in a humid environment for 48 hours.
Printing Requirements
All-metal hotend 280˚C+
Hardened nozzle
Filament dryer
Annealing post printing
Moisture conditioning after Annealing
Fiberon™ PETG-rCF08 is a recycled carbon fiber reinforced PETG filament. It inherits the comprehensive performance of PETG, featuring recycled carbon fiber for enhanced surface texture and improved mechanical properties.
Build plate temperature
60 - 70°C
Environmental temperature
Room Temperature
Fan speed
0%
Printing speed
30 - 300 mm/s
This material has a requirement of a hardened nozzle due to the abrasiveness. An all metal hotend is recommended, though not needed.
Print a bit slower if experiencing any layer adhesion issues.
Run the cooling fan at a max of 50% and reduce if experiencing any layer adhesion issues.
Keep door open if printing in enclosed printer - enclosure is not needed.
Printing Requirements
Hardened nozzle
Fiberon™ PETG-ESD offers electrostatic discharge (ESD) safety with improved toughness making it a good candidate for applications in electronics industry.
NOTE: Fiberon™ PETG-ESD is compounded with carbon nano-tubes: Here is a research regarding ABS compounded with carbon nano-tubes.
Build plate temperature
70 - 80°C
Environmental temperature
Room Temperature
Fan speed
0%
Printing speed
30 - 300 mm/s
This material has a requirement of a hardened nozzle due to the abrasiveness. An all metal hotend is recommended, though not needed.
Print a bit slower if experiencing any layer adhesion issues.
Run the cooling fan at a max of 50% and reduce if experiencing any layer adhesion issues.
Keep door open if printing in enclosed printer - enclosure is not needed.
Testing Date: 2025-03-21
Test Result :
0°
45°
90°
Surface Resistivity
250℃
Ω
ANSI/ESD STM11.11
(1.6 ± 0.3) * 10^7
(7.0 ± 0.9) * 10^6
$(8.8 ± 0.8) * 10^6
Surface Resistivity
270℃
Ω
ANSI/ESD STM11.11
(4.7 ± 0.8) * 10^5
(3.4 ± 1.2) * 10^5
(3.2 ± 1.0) * 10^5
Surface Resistivity
290℃
Ω
ANSI/ESD STM11.11
< 10^4
< 10^4
< 10^4
All the testing data are based on 3D printed bars*
Printing Requirements
All-metal hotend 250˚C+ recommended
PolyLite™ CosPLA is a special PLA formula designed for cosplay props application. It has been enhanced for ease of sanding, durability and paint-ability. Both version of the formula feature more durability and ease of sanding compare to regular PLA, additionally: Version A displays an even easier sand-ability and paint-ability. Version B displays an even higher durability.
WARNING: It is important to wear proper PPE while sanding printed parts.
Nozzle temperature
190 – 230 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
50 - 300 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolySupport™ and PolyDissolve™ S1
Drying setting
55˚C for 6h
This material can print on any printer without any special requirements.
Print slower than standard PLA. Recommended top Max Volumetric Speed of 15mm^3/s
When printing at 15mm^3/s - increase printing temperature to 220-230˚C.
Keep fan speed on at full blast for best surface quality. Reduce if noticing any layer adhesion issues.
What is the difference between Version A and Version B?
After a couple of formula iteration, we developed a PolyLite™ CosPLA which was able to outperform the durability of regular PLA while being much easier to sand and paint. However we found a way to improve the sand-ability even more and another way to almost double the toughness of the material. Unfortunately we could not implement both technology at the same time, therefore we decided to go ahead and release two version: Version A with the first technology improvement to enhance the sand-ability even more. Version B with the second technology improvement to enhance the durability even more. It is important to note that BOTH displays better durability and sand-ability than regular PLA while being easier to paint.
What is the heat resistance of PolyLite™ CosPLA?
During our market research we found 4 needs for cosplay applications: (sorted by priority) - Sand-ability - Durability - Paint-ability - Heat resistance
Although PolyLite™ CosPLA solves the 3 most important needs, it keeps the same temperature resistance as regular PLA (~60˚C). We have different formula which do increase the heat resistance but significantly compromise on the ease of printing. (which is often the case for 3D printing material: ease of printing and heat resistance are the 2 main properties which we all want in the same material but is the most challenging to develop). As a result, as we already formulated a very high quality ABS with great printability and dimensional stability, we would like to suggest our PolyLite™ ABS for cosplay application requiring high heat resistance. (it also displays durability and sand-ability). As an alternative we can also recommend PolyLite™ ASA which displays the same feature as PolyLite™ ABS with an additional resistance to weather.
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
PolySmooth™ is a unique, easy-to-print filament designed for hands-free post processing. The surface can be smoothed with alcohol to achieve layer free models using the Polysher™.
Nozzle temperature
190 – 220 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 70 (˚C)
Cooling fan
ON
Printing speed
50 - 200 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolyDissolve™ S1
Drying setting
50˚C for 12h
This material is a PVB material and does not need any special printer requirements to print.
Print slower than standard PLA. Recommended top Max Volumetric Speed of 15mm^3/s.
Increase printing temperature to 220˚C if printing at this fast 15mm^3/s.
Keep fan speed on at full blast for best surface quality. Reduce if noticing any layer adhesion issues.
You can use the Polysher to smooth out the layer lines since PVB is soluble in alcohol.
You can also use a mister spray bottle and apply light coats to have a similar effect
How can I smooth PolySmooth™?
PolySmooth™ can be smoothed with IPA using 2 methods:
1) Using the Polysher™ (less labor intensive, safer, more consistent and reliable results) 2) Spraying IPA with a spray bottle using our Polishing Kit
For 2) we recommend spraying a thin coat of IPA on the surface of your PolySmooth™ model and let it dry for 15-20min and cycle these 2 steps until the desired smoothness. CAUTION: Proceed in a well ventilated area to avoid inhaling IPA vapors.
Is PolySmooth™ a PLA based material?
No, although PolySmooth™ prints with similar settings as PLA, PolySmooth™ is PVB based. PVB is more hygroscopic than PLA so it requires a dry box however it can be post processed very easily with IPA for smoother surface finish.
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Do you sell refills?
We are sorry but we do not sell refills at this time
Printing Requirements
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
PolyCast™ is a filament designed to produce investment patterns for investment casting applications. 3D printing significantly cuts down both the cost and lead time by eliminating the tooling process.
Nozzle temperature
190 – 220 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 70 (˚C)
Cooling fan
ON
Printing speed
50 - 200 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
Recommended support material
PolyDissolve™ S1
Drying setting
50˚C for 12h
This mateiral is a PVB material and does not need any special printer requirements to print.
Print slower than standard PLA. Recommended top Max Volumetric Speed of 15mm^3/s.
Increase printing temperature to 220˚C if printing at this fast 15mm^3/s.
Keep fan speed on at full blast for best surface quality. Reduce if noticing any layer adhesion issues.
The burnout temperature for our PolyCast is 1,100 - 1,200˚C to entirely burnout.
You can find more information on this on page 7 of our application notes for this material: https://cdn.shopify.com/s/files/1/0548/7299/7945/files/PolyCast_Application_Note_V1.pdf?v=1640965091
Video to help if you are unable to reach 1,100˚C https://www.youtube.com/watch?v=QeNMc_THrow
None! This will print great on any stock 3D printer!
You will just want to print slower on stock, older style printers.
PolySupport™ is a break away support for Polymaker PLA based filaments. It has a perfect interface with PLA, strong enough to support it and easily removable by hand.
Nozzle temperature
220 – 230 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
50 – 150 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
Drying setting
55˚C for 6h
This mateiral is a breakaway support material (not dissolvable) for PLA though it also can work with PolySmooth™, PolyCast™ and small PolyMax™ PC parts.
Though it is possible to use PolySupport™ for PLA with a single nozzle, it is not recommended due to increase chances of clogging when swapping materials. This is particularly true if using PolySupport™ for PLA with a material that has a different print temperature, such as PolyMax™ PC. IDEX or ToolChanger is recommended.
It is suggested to print slower than PLA standards when printing PolySupport™ for PLA. A max volumetric speed of 12mm^3/s, though we would recommend even slower for best chances of not clogging.
Can I use PolySupport™ with other materials than PLA?
We have designed PolySupport™ specifically for PLA. However we had positive customer feedback on using PolySupport™ with PolySmooth™, PolyCast™ and small PolyMax™ PC parts.
Can PolySupport™ dissolve in water?
No, PolySupport™ is a breakaway support: it requires mechanical removal.
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
That said - we will always recommend using a multi nozzle extruder when printing with more than one material type to help prevent clogs.
It is possible to print PLA and PolySupport out of a single nozzle but you need to make sure you properly purge all of the previous material when swapping. IDEX or Tool Changer recommended.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
Printing Requirements
Highly recommended to use a printer with two nozzles - such as an IDEX or Tool Changer. You will have issues with clogging when printing two material types out of a single nozzle.
PolySupport™ is a break away support for Polymaker Nylon 12 based filaments. It has a perfect interface with Nylon 12, strong enough to support it and easily removable by hand.
Intended for Nylon12 - so it should not be used with PolyMide™ CoPA.
Nozzle temperature
270 – 300 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
50 – 80 (˚C)
Cooling fan
OFF
Printing speed
50 – 150 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
Needed (ambient temperature)
Can I use PolySupport™ with other materials than Nylon 12?
We have designed PolySupport™ specifically for Nylon 12. However we had positive customer feedback on using PolySupport™ PA12-CF products as well.
Should not be used with CoPA since that is a copolymer of Nylon 6 and Nylon 6,6.
Can PolySupport™ dissolve in water?
No, PolySupport™ is a breakaway support: it requires mechanical removal.
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
That said - we will always recommend using a multi nozzle extruder when printing with more than one material type to help prevent clogs.
It is possible to print PA and PolySupport out of a single nozzle but you need to make sure you properly purge all of the previous material when swapping. IDEX or Tool Changer recommended.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.
Printing Requirements
Highly recommended to use a printer with two nozzles - such as an IDEX or Tool Changer. You will have issues with clogging when printing two material types out of a single nozzle.
All-metal hotend that can reach 270˚C+ required.
Other than that - no requirements! No enclosure, or hardened nozzle required.
PolyDissolve™ S1 is a PVA based water dissolvable support for PLA, TPU, PVB and Nylon based filaments from our portfolio. It is specifically engineered to have a perfect interface with these materials while also displaying good solubility.
Nozzle temperature
215 – 225 (℃)
Build surface treatment
PC and Texture PEI (Glue when needed)
Build plate temperature
25 - 60 (˚C)
Cooling fan
ON
Printing speed
50 – 150 (mm/s)
Retraction distance
1 - 3 (mm)
Retraction speed
20 - 40 (mm/s)
Closure Chamber
No Needed
This material is a PVA material that is dissolvable in water meaning you can use it for very complex geometries or previously impossible prints. PolyDissolve™ S1 will work for PLA, TPU, PVB and Nylon based filaments from our portfolio. It is specifically engineered to have a perfect interface with these materials while also displaying good solubility.
Though it is possible to use PolyDissolve™ S1 with a single nozzle, it is not recommended due to increase chances of clogging when swapping materials. This is particularly true if using PolyDissolve™ S1 with a material that has a different print temperature, such as one of our nylons. IDEX or ToolChanger is recommended.
PolyDissolve™ S1 is a very hygroscopic material, meaning it absorbs moisture very easily. This means it is very important to keep dry. You should use a heated filament dryer on the lowest setting for the entirety of your print.
If you hear any "popping" or "cracking", or you see the filament bubbling up when extruded, you need to dry the material.
You need to print PolyDissolve™ S1 very slowly - we recommend no higher than 60mm/s or 8mm^3/s max volumetric speed.
PolyDissolve™ S1 will dissolve quicker if you are using warm water that is moving. The quickest way to dissolve is to use boiling water, though you would need to make sure the parent material can support such high temperatures. One method is to place your part in a tub of warm water, place it on a heated bed slinger build plate, and then run a g-code that will rattle the build plate back and forth. The higher the temperature of the water and the more it flows, the quicker it will dissolve.
It is also recommended to change the water every few hours so that it will dissolve quicker.
What material can PolyDissolve™ S1 support?
PolyDissolve™ S1 can support PLA, PVB, TPU and Nylon based materials from our portfolio.
How long does it take for PolyDissolve™ S1 to dissolve?
It can take 6-12hours to fully dissolve depending on your setup. You can speed up the process: - By increasing the water temperature - By changing the water regularly - By adding a pump to make the water flowing
Will the spools work in an AMS?
Yes! We have redesigned the edges of our spools so all Polymaker products will now spin great in the AMS.
That said - we will always recommend using a multi nozzle extruder when printing with more than one material type to help prevent clogs.
It is possible to print a material and PolyDissolve out of a single nozzle but you need to make sure you properly purge all of the previous material when swapping. IDEX or Tool Changer recommended.
Is this material food safe?
Unfortunately we do not have any data whether this material is food safe. As of now, no 3D printing material on the market is FDA food safe compliant. This is because in order to be certified as food safe, the actual object needs to be certified and not the base material. The shape, bed used, environment the object was made, and much more goes into getting a food safety certificate. As of now there is no real certification that the FDA offers for 3D printing.
Do you sell refills?
We are sorry but we do not sell refills at this time
Is this material recyclable?
Unfortunately there is no great answer for recycling PLA at this time. Our cardboard spools are biodegradable but there is no great way to recycle PLA at this time.