Polymaker Panchroma CoPE White 1.75 mm

Panchroma™ CoPE: high-speed, high-quality copolyester for effortless printing

Exceptional surface finish and printability

Panchroma™ CoPE is a copolyester-based filament engineered for effortless printing and an exceptionally smooth, high-quality surface finish. Its advanced formulation significantly improves bridging and overhang capabilities, enabling reliable, high-speed printing up to 400 mm/s.

Superior bed adhesion with important handling tips

This material offers outstanding bed adhesion, helping to prevent warping even on challenging prints. However, the adhesion can be so strong that a release agent (such as Magigoo or Vision Miner) is recommended for easier part removal. Avoid using textured PEI build plates without an added adhesive, as adhesion may be excessive. For the easiest release, allow prints to fully cool to room temperature before removal.

Specialised compatibility

Panchroma™ CoPE does not bond well with standard PLA, making it unsuitable for multi-material prints combining PLA-based Panchroma effects. However, this low adhesion is an advantage when using CoPE as a breakaway support material for PLA, allowing for clean and easy support removal.

Choose Panchroma™ CoPE for projects demanding fast, reliable printing, excellent surface quality, and robust bed adhesion, especially when printing complex geometries or using breakaway supports.

Polymaker vs generic brands

While generic Silk PLA often clogs, snaps, or dulls at high speeds, our formula resists all three. Enjoy faster prints with a shiny finish, reliable feeding, and greater durability, backed by strict QA for consistency in every spool. Formerly called PolyLite™ Silk PLA.

Printing requirements

Not recommended to be printed on textured PEI as this material has 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.

A bed temperature of 40–50 °C usually ensures good adhesion. For stronger grip, you can increase the temperature slightly, but avoid going above 60 °C to prevent over-adhesion. This will print great on any stock 3D printer and at higher than normal print speeds.