Overview
Schaeffler Aerosint focuses on unlocking multi-material additive manufacturing capabilities. The company operates within the machinery manufacturing sector.
Key people
In the news
- This page will be shut down Please follow Schaeffler Special Machinery for more updates regarding our additive manufacturing portfolio.
- Schaeffler Aerosint page will be shut down. Follow Schaeffler Special Machinery for more updates regarding our additive manufacturing portfolio.
- What if titanium parts could remember their shape? This question is driving exciting new research in multi-material additive manufacturing. At the University of Twente, researchers investigated the combination of Ti6Al4V, one of the most widely used titanium alloys in aerospace and medical applications, with NiTi (Nitinol), a titanium-based shape memory alloy known for its unique ability to return to a predefined shape after deformation. The combination is particularly promising because both materials already have established roles
- Ever wondered how you “print” metal powder with pixel-level precision? At the heart of our Selective Powder Deposition (SPD) system lies a high-speed micro-fluidic ejection matrix that turns digital designs into complex, multi-material powder patterns. Here is how the physics and engineering come together: · The suction vs. ejection balance: Powder is held to a rotating porous drum by vacuum suction. To deposit a specific pixel, a micro-pulse of targeted airflow overcomes the vacuum, cleanly releasing the powder onto the bed below.
- Important update: The Schaeffler Aerosint page will be closed. Continue the journey with Schaeffler Special Machinery Over the past weeks, we have shared how Schaeffler Aerosint's expertise continues to contribute to Schaeffler Special Machinery through additive manufacturing, powder-based process technology, innovative production concepts, and a global engineering network. What changes is where we communicate. In 1 day, the Schaeffler Aerosint LinkedIn page will be discontinued. What remains is our commitment to innovation,
- One of the things we've always valued at Schaeffler Aerosint is the strong collaboration between industry and academia. Today's story is a great example of that. Congratulations to the KU Leuven | Materials Engineering department on this exciting research and thank you for the excellent collaboration. As future updates will be shared via Schaeffler Special Machinery, we invite you to follow us there for the latest technology news, research highlights, and success stories from our partners and customers.
- Can additive manufacturing help create stronger and longer-lasting dental materials? Together with Berfu Göksel, Annabel Braem, and the KU Leuven | Materials Engineering department, we explored how multi-material ceramic design can combine the best properties of different biomaterials for dental applications. Using Schaeffler's Selective Powder Deposition technology and our Omniform platform, the team combined a humidity-resistant ATZ outer layer with a strong and impact-resistant Y-TZP core. By precisely controlling the material
- As the Schaeffler Aerosint page approaches its final chapter, we'd like to share one more story from our community. While this page will soon be discontinued, the innovation continues. Follow Schaeffler Special Machinery for future technology updates, research highlights, and partner success stories.
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