The InnoventX is the world’s leading binder jetting system for research. Specially developed for research applications, the platform enables the processing of metals, technical ceramics and composite materials – and offers maximum flexibility.

What is Binder Jetting?

Binder jetting is one of the sinter-based 3D printing technologies and follows a three-stage process:

• Printing
• De-powdering
• Sintering

The resulting components have mechanical properties that are comparable to those from the established Metal Injection Molding (MIM) process.

InnoventX – Open material platform for research

The InnoventX system from Desktop Metal combines a compact installation space with an open material platform. This openness is a decisive advantage for research facilities, as it allows maximum flexibility in handling different materials. In addition, the compact installation space with a construction volume of 0.7 L offers the advantage of low capital commitment. Initial parameter tests can already be carried out with minimal quantities of material.

The special features of the system include

• Open material platform and binder system enables the processing of a wide variety of materials such as metals, technical ceramics and composites
• Uniform powder application and dense powder bed thanks to the recoater system with two rollers for distributing and compacting the powder
• Optimized powder processing: Efficient handling of both light and heavy-flowing powders thanks to sieve retention system and ultrasonic support

You can find a clear video of the printing process under the following link: InnoventX process video

InnoventX in research practice

Leading research institutions around the world rely on the InnoventX system. The technology is also actively used in Germany, including at the:

• Fraunhofer IFAM in Bremen
• Fraunhofer IKTS
• Offenburg University of Applied Sciences (Institute for Medical Technology)

One example:
Offenburg University of Applied Sciences is conducting research in the field of medical technology on refractory metals such as titanium and molybdenum alloys, which are to be used in biomedical applications in the future. Further information can be found here: MBJ at Offenburg University of Applied Sciences

The technology is also used internationally:
The SUPSI University in the Italian-speaking part of Switzerland is working with the InnoventX system to develop new materials in the field of technical ceramics. You can find an exciting webinar on the topic at the following link: Webinar Binder Jetting Research Platform

Further examples of research with the InnoventX system can be found in the following article: InnoventX research work

Conclusion

The InnoventX system impresses with its openness, flexibility and versatility. It offers ideal conditions for research and development in a wide range of disciplines – from metals and ceramics to composite materials.

This makes InnoventX not just a tool, but a real driver of innovation in additive manufacturing.

Are you interested?

Would you like to find out more about the technology or experience the system live?
Then please contact us – we will be happy to advise you personally.