Printing titanium parts || Aconity3D & Diamond Atelier cooperation
Unveiling Precision Engineering: Behind the Scenes
of the DA#22 Hyperbike with Diamond Atelier
Video Spotlight:
- Project: Custom parts for the DA#22 Hyperbike by Diamond Atelier
- Machine: AconityTWO
- Material: Titanium – Ti6Al4V
- What to Expect: A deep dive into custom metal AM production, real-time workflow insights, and Ben’s firsthand thoughts on the custom titanium parts built for this one-of-a-kind hyperbike.
Watch the full story now to see how we helped Diamond Atelier put pure additive power to the ground!
Beyond the Limits of Conventional Manufacturing
When cutting-edge additive manufacturing meets high-end custom motorcycle engineering, true innovation happens on the track. We are excited to release our exclusive behind-the-scenes video showcasing our collaboration with Diamond Atelier on their extraordinary DA#22 Hyperbike.
In this video, we drag you right into our world at Aconity3D to show you how an end-to-end partnership with us works. Diamond Atelier CEO Ben visits our facility for an insiders look into our production process, our teams workflow, and the advanced technology that brought some of the DA#22’s components to life.
Traditional manufacturing methods often reach their limits when it comes to highly complex, organic structures. This is where Aconity3D with its high-end additive manufacturing solutions comes into play. Using our AconityTWO system, we leveraged metal additive manufacturing to craft custom titanium components that deliver complete design freedom, extreme durability, and optimal lightweight performance:
3D-Printed Titanium Upper Triple Clamp: A critical structural component at the front end, engineered for maximum rigidity and weight savings, featuring Diamond Atelier’s signature detail a genuine diamond set in a sterling silver bezel embedded directly into the center. (Foto: Philipp Rupprecht)
3D-Printed Titanium Exhaust System: A uniquely structured, high-performance exhaust designed to handle extreme conditions while featuring geometries that would be virtually impossible to produce using traditional fabrication. (Foto: Philipp Rupprecht)
How can additive manufacturing transform your next high-end engineering project? Are you working on a complex component where traditional milling falls short? Let us talk about our custom solution for your project!
Martin Buscher-Deryk — Head of Application Center
Martin Buscher-Deryk is your point of contact for contract manufacturing and additive manufacturing applications.