Polymaker PolyLite CosPLA Filament - 1kg

$24.99 USD

~~$29.99 USD~~ $24.99 USD

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Engineered for cosplay — easy to sand, paint, and finish.
High-quality 1.75mm filament, easy to print. 1kg (2.2lbs)
More durable than regular PLA for props that last.

Our Polymaker PolyLite™ CosPLA Filament is a special PLA formula built for cosplay props. Enhanced for easy sanding, durability, and paintability, it lets you print, smooth, and finish detailed props and wearables with far less effort than standard PLA.

Enhanced sand-ability for smooth, paint-ready surfaces.
Excellent paintability for clean, professional finishes.
Recommended: 190–220°C nozzle, 30–60°C bed.

Shipping

We ship from our warehouse in the U.S.A. Our deliveries usually take 3 business days. Orders of $100 or more get free shipping within the country. Please see our shipping policy.

Returns

7-day returns policy, starting from the moment you receive your order.

Product Description

Polymaker PolyLite™ CosPLA is a special PLA formula designed for cosplay prop applications. It has been enhanced for ease of sanding, durability, and paintability.
Both versions of the formula feature more durability and ease of sanding compared to regular PLA, additionally:
Version A displays an even easier sandability and paintability.
Version B displays an even higher durability.

WARNING: It is important to wear proper PPE while sanding printed parts.

Printing Temperature: 190˚C - 220˚C
Bed Temperature: 30˚C - 60˚C
Printing Speed: 30mm/s - 70mm/s
Fan: ON

Direct Drive:
Retraction Distance: 1mm
Retraction Speed: 30mm/s
Indirect Drive:
Retraction Distance: 3mm
Retraction Speed: 60mm/s

Drying Settings: 55˚C for 6h
(Only if the material has absorbed moisture)

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 a different formula which do increase the heat resistance but significantly compromises the ease of printing. (which is often the case for 3D printing material: ease of printing and heat resistance are the 2 main properties that we all want in the same material, but are the most challenging to develop).