Polymaker Panchroma CoPE (Polyester Based) 1.75mm Filament 1kg

Are you looking to buy Polymaker Panchroma CoPE (Polyester Based) 1.75mm Filament 1kg in Australia?

Panchroma™ CoPE (from Polymaker) is a new product in the Panchroma family, based on a new innovative polyester-based formula, developed to improve printability (bridging, overhang), widen the printing temperature window and increase the printing speed up to 400mm/s. Panchroma™ CoPE formula was developed to print with PLA-like settings.

Learn more about what's happening with Polymaker filament changes.

NOTE: DO NOT use with Textured PEI without first reading the Printing Settings section. For multi-colour or dual extrusion printing, please note Panchroma (Polyester Based) will not stick to Panchroma/Polymaker PLA based products or other brands of PLA based products.

Features

• Formulated for High Speed - Panchroma CoPE (Polyester-based) has been developed to print with exceptional quality on compatible high speed 3D printers. Tested up to 32mm³/s at 230˚C.
• Excellent Surface Finish - Built from the ground-up for 3D printing, Panchroma CoPE (Polyester-based) delivers a smooth surface finish with a satin-like effect. Combined with a wide range of colours, Panchroma CoPE (Polyester-based) delivers high quality 3D prints with an attractive surface finish.
• PLA Printing Settings - Panchroma CoPE (Polyester-based) has been developed to print with very similar settings to PLA and offering compatibility with a wide range of 3D printers including some models from Bambulab, Creality, Elegoo, FlashForge, Anycubic, VORON, Prusa Research, Raise3D and other popular extrusion based 3D printers. Panchroma CoPE (Polyester-based) can be printed without a heated bed and with some surfaces may work best with lower bed temps. Please see notes regarding textured PEI.
• Affordable & Low Cost - Panchroma CoPE (Polyester-based) has been developed as a low-cost and affordable material that maintains high quality, diameter and colour consistency. Polymakers innovative R&D technologies, compounding and extrusion systems ensure consistent reliability between batches so you can print affordably without sacrificing quality.

Printing Settings

• Nozzle Temperature: 190°C - 220°C
• Build Plate Temperature: 40˚C - 60˚C (Depends on surface material).
• Build Plate: 

   

  • Smooth PEI - Will stick slightly more than regular PLA. If reducing adhesion use lower temperature (40-50˚C). If improving adhesion, you can apply PVA glue stick to the build surface.
  • Textured PEI (Experimental)* - DO NOT use a build surface treatment. Use less than 40˚C build plate temperature. Remove once buildplate has cooled. Note there are reports that intricate first layers can stick too well to Textured PEI.

*We list Textured PEI as experimental based on some initial reports in the US. We would rather be overly cautious in the advice we provide customers.

• Cooling Fan: ON
• Printing Speed: Up to 400mm/s

The above are printing recommendations based on 0.4 mm nozzle. Please note ideal printing conditions may vary depending on your 3D printer setup. For high speed 3D printers, make sure to increase your extrusion temperature in order to use higher printing speeds.

Specifications

• Net Weight: 1kg
• Material Type: Polyester-based
• Density: 1.30 (g/cm3)

Compatibility

Panchroma™ CoPE has been engineered with compatibility in mind to print excellently on a wide range of 3D printers.

While designed to print with PLA-like settings, Panchroma™ CoPE is NOT PLA-based, it is Polyester-based. As a result Panchroma™ CoPE won't stick to PLA-based materials for multi-material printing. As this is a brand new innovative formula, it is also difficult to say what build plates are compatible or incompatible. Based on some reports of over adhesion, use of Panchroma™ CoPE with textured PEI is currently experimental.

Of course with thousands of unique 3d printer models on the market, we can't guarantee each filament type will work with every 3D printer. Slicer experience and setting adjustment is always required to get the most out of a material. Before jumping into an ambitious project we always recommend printing some known calibration tests to build or make adjustments to the filament profile.

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