Panchroma CoPE 1.75 mm – 1 kg

Panchroma CoPE 1.75 mm – 1 kg: The new generation 3D filament for speed, precision, and quality

If you are looking for a 3D printer filament that combines the advantages of PLA with higher efficiency and the ability to print at extremely high speeds – Panchroma CoPE from Polymaker is exactly what you need.

What is Panchroma CoPE?

Panchroma CoPE is a filament based on co-polyester (CoPE) formula, different from PLA, PETG, or ABS. It is an innovative material developed by Polymaker specifically for high-speed 3D printing, without compromising on quality. CoPE combines exceptional bed adhesion, excellent bridging precision and ability to print at speeds up to 400 mm/s, placing it in a separate category from traditional materials.

Key features of CoPE:

• Diameter: 1.75 mm (±0.03 mm)
• Weight: 1000 g (1 kg)
• Nozzle temperature: 190–230 °C
• Bed temperature: 25–60 °C
• Cooling: 100% fan
• Recommended speed: up to 400 mm/s
• Compatibility: All FDM/FFF printers, including AMS systems (like Bambu Lab)

🔁 Retraction (Direct Drive):
• Distance: 1 mm
• Speed: 20 mm/s

🔁 Retraction (Bowden/Indirect Drive):
• Distance: 3 mm
• Speed: 40 mm/s

💨 Drying if needed:
• Temperature: 55˚C
• Duration: 6 hours

Why is Panchroma CoPE special?

3D printing like PLA, but much faster: Its formula allows printing at speeds up to 400 mm/s, without loss of quality.
Phenomenal adhesion to the bed: Even the largest details print without any warping or peeling.
Exceptional overhangs and bridges: Save time and material from unnecessary supports – CoPE handles without them.
Low odor and safety: No harmful emissions – ideal for home environments, classrooms, and offices.
Full color range: Part of the Panchroma™ range, this filament is available in multiple colors, all compatible with each other.

What is it suitable for?

• Rapid prototyping – for design or engineering ideas that require multiple iterations.

• Functional parts – boxes, stands, organizers, components that do not heat up.

• Art models – thanks to smooth surfaces and fine detail.

• Multicolor projects – perfectly compatible with other CoPE colors for AMS systems.

• Support material for PLA – works excellently as breakaway support, without the need for PVA.

Comparison with other filaments for 3D printers:

📌 Panchroma CoPE vs PLA:

• Both are easy to 3D print, but CoPE allows for much higher speeds (up to 400 mm/s).

• CoPE has the same high hardness, but better adhesion to the bed.

• Both materials are limited to temperatures up to around 60 °C.

• PLA is more affordable, but CoPE offers better detail in overhangs and bridges.

📌 Panchroma CoPE vs PETG:

• PETG is more flexible and withstands higher temperatures (up to ~75–80 °C).

• However, CoPE prints easier and faster, with fewer strings and defects.

• PETG has better impact resistance, while CoPE is more brittle.

📌 Panchroma CoPE vs ABS:

• ABS has high thermal resistance (~100 °C) and impact resistance.

• CoPE prints much easier – no need for an enclosed chamber or special preparation.

• ABS can be processed with acetone, while CoPE is not easily chemically processed.

📌 Panchroma CoPE vs ASA:

• ASA is suitable for outdoor use (UV resistant), while CoPE is more suitable for indoor applications.

• Both are rigid, but ASA offers greater outdoor durability.

• CoPE has a significantly easier 3D printing process – suitable even for beginners.

CoPE combines the ease of PLA with added speed while avoiding the printing difficulties typical of ABS or PETG.

 Tips for working:

• Use Magigoo or glue if printing on a PEI plate to prevent excessive adhesion.

• Do not combine it with PLA in the same object – the materials do not bond well.

• Let the part cool completely before removing it from the bed.

• If the filament has been left outdoors – dry at 55°C for 6 hours.