Cold compostable 3D printing filament that naturally returns to the environment.
Welcome to Hembased
Our mission is to make cold compostable 3D printing filament accessible for everyday applications.
We enable makers and businesses to design with a credible end-of-life in mind, contributing to a more circular 3D printing ecosystem where innovation no longer results in long-term waste.
Hembased is setting a new benchmark in sustainable 3D printing. Our filament is cold compostable, bio-based and biodegradable, allowing your prints to naturally return to the environment instead of becoming long-term waste.
Hembased 3D Filament
Hembased Cold Compostable 3D Filament is made from palm leaf biopolymer and is fully bio-based and biodegradable.
The material delivers consistent, reliable print performance and is suitable for both makers and professional users.
Whether you're creating prototypes, educational models or functional end-use products, Hembased offers a practical and measurable approach to sustainable product development through a more credible end-of-life.

How it works
Print your part
Create your design using Hembased 3D Filament.
Use it as intended
Use your printed object just like any other 3D printed part.
Break it into smaller pieces
Reduce it into smaller pieces to support faster composting.
Cold Compost
Place it in compost and let nature do the rest.
Who is Hembased for?
News & Updates
Updates on material development, testing results, certifications and partnerships, shared with complete transparency.
A Practical Look at Cold Composting
What happens to a 3D printed object after it has fulfilled its purpose? Learn how cold composting works and discover the material journey beyond its first life.
R&D Partnership in Practice: Hembased & Novateq Engineering B.V.
A closer look at the R&D collaboration between Hembased and Novateq Engineering B.V., where innovation, testing and practical engineering come together.
The Material Story Behind Hembased
Where does Hembased begin? Discover the journey from palm leaf residual streams to high-performance filament, developed and produced in the Netherlands.