Custom compounds,
complete solutions.
We, bioscovery GmbH, a leading specialist in the development and production of high-performance, sustainable plastic compounds. As an innovative full-service provider in the field of sustainable bioplastics, we support companies that would like to position themselves sustainably, accompanying them from the very beginning. In doing so, we create sustainable, recycled, bio-based and biodegradable alternatives to conventional plastics.
Our materials are used in various industries – from 3D printing and toy manufacturing to construction. With our expertise, we actively contribute to reducing CO₂ emissions and shaping a more environmentally friendly future.
Sustainable solutions and processes – tailored to your industry
Building on our R&D expertise, we create customized solutions tailored to your process technologies and application areas.
INJECTION MOULDING
Extrusion
THERMOFORMING
COMPRESSION MOULDING
3D printing
Our strengths – your advantage
01
Sustainable high-performance materials
Thermoplastic compounds that are not only high-performance but also environmentally responsible – with a natural look and feel that can make your product truly unique, if required.
02
Full service from concept to production
You have the vision – we make it happen. From material development and product design to process engineering and manufacturing, we accompany you through every stage of the project.
03
Innovation that drives your business forward
Together, we develop new or improved materials that combine sustainability and market relevance – for products that stand out from the competition.
04
Scalability according to your needs
Whether development, prototyping to large-scale production. Our in-house production capacities adapt flexibly to your project volume.
05
Flexibility for fast results
Thanks to our long-standing experience and state-of-the-art technologies, we shorten development times and bring your ideas to market quickly.
06
Transparency you can rely on
Clear communication, realistic feasibility analyses and transparent processes – so you always know where your project stands.
Full service: turning ideas into series production
With our comprehensive expertise in material development, product design, process engineering and manufacturing, we cover the entire production chain. Whether compounding, injection moulding or extrusion – we offer you everything from a single source. In addition, we support you in switching to sustainable materials and ensure a smooth transition to environmentally friendly alternatives.
Innovative materials
Our compounds are not only environmentally friendly, but also high-performance – ideal for demanding applications. By integrating natural fibres such as wood, straw, elephant grass and paludiculture plants, we give our materials an authentic look and feel. In addition, we use application-specific cellulose fibres from the paper cycle as well as recycled glass fibres – further approaches that underline our commitment at bioscovery.
The bioscovery material has exceeded our expectations in numerous customer projects, both in Europe and the Middle East. YIZUMI SpaceA's 3D printers in combination with bioscovery have also been presented several times at many trade fairs. We greatly appreciate the reliable cooperation. Not only the look, but also the feel of bioscovery Silva is unique and is often described as "real".

As a lifestyle brand, recozy specialises in circular, resource-saving home accessories and furniture. Additive processes are used to create aesthetic pieces from bio-based materials. The partnership with bioscovery takes our vision to a new level – for environmentally friendly, timeless design objects.

Working with NAFTEX-bioscovery on natural fiber based composite profiles has been a highly professional experience in the BG4US LIFE15 project. Their expertise and commitment to high quality standards make them a trusted partner for material developing for the infrasector. We look forward to continuing our collaboration at the new location in Epinal.

Up to
fewer CO₂ emissions with bio-based plastics*