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Learn the science and process of turning PET bottles into high-quality 3D printer filament using Filabot systems. Includes material data, workflows, challenges, and best tips.

With over 1,200 academic studies referencing Filabot, our platform has evolved beyond home recycling into a trusted resource for researchers and material scientists worldwide. These experts are exp...

Here is a comprehensive list of commonly used plastics for 3D printing, along with their key characteristics, print temperatures, heated bed requirements, and potential applications.  All of these ...

Don’t let 3D printing waste pile up—turn it into opportunity! Recycle scraps into new filament, save money, reduce impact, and create custom materials with Filabot. Let’s close the loop together!

Triex, the parent company of Filabot and Massive Dimension, proudly announces the successful initial closing of a $1.5 million seed investment round. This strategic funding marks a significant mile...

Selective Laser Sintering (SLS) has significantly advanced the world of 3D printing, enabling the creation of complex and durable parts by fusing powdered materials with a laser. However, the proce...

Materials science is currently experiencing a notable shift, partly due to the integration of technologies such as the Filabot extrusion system, the MDAC1, and collaborative robots (cobots). This c...

Discover how Filabot's innovative Mixing Screw transforms your Filabot EX6 Extruder into a powerhouse for creating high-quality polymers. Perfect for incorporating fillers and colorants.

Our collaborator David Florian, aka Dr. D-Flo, has released a video that dives into the fundamentals and technology behind plastic extrusion for 3D printer filament using multiple Filabot products....