Filament "The Filament" ReFill PLA Matte 1.75mm TROOPER GREY 1kg

Product detailed description

ReFill filaments were designed with your convenience in mind, while maintaining a strong focus on environmental protection. These filaments are wound on an eco-friendly cardboard core that is fully compatible with BambuLab reusable spools, eliminating the need to print additional adapters.

Furthermore, ReFill filaments are environmentally friendly, reducing plastic waste and supporting sustainable development. If you do not have a BambuLab reusable spool, you can easily download and print a simple spool model available on THE FILAMENT website. This allows you to enjoy THE FILAMENT ReFill filament without worrying about compatibility with your printer, while simultaneously protecting the environment.

Matte PLA Filament

Exceptional Look With A Matte Finish

PLA Matte filament combines outstanding aesthetics with reliable print quality. Its matte surface makes layer lines almost invisible, giving printed models a modern and professional appearance. PLA Matte filament allows for the creation of elegant, richly saturated prints that stand out at first glance – the ideal choice for projects where both appearance and precision matter.

Where Aesthetics Meet Functionality

Thanks to an innovative mineral additive, PLA Matte filament offers increased stiffness and dimensional stability, resulting in precise and durable prints. This composition also improves mechanical properties and ensures a smooth, predictable, and efficient printing process.

Seamless Printing

PLA Matte filament is exceptionally easy to print on both desktop 3D printers and advanced AMS-supported systems. Its optimised composition ensures excellent flow, no clogging, and precise details even at high speeds. No heated chamber is required, making it the perfect choice for everyday use – for both practical and creative projects.

PLA Matte FILAMENT is more than just a filament – it is a tool for creating beautiful and functional objects that impress with both their form and surface finish.