This case dives into what can be achieved when the Materialise Design and Engineering team applies their extensive design and additive knowledge to an abstract idea. Read on to discover how they made it possible to see your favorite song and make it a centerpiece in your car.
Inspired by the design freedom that 3D Printing presents and armed with a creative concept unlike any other, leading designer Fabián Hofmann presented Materialise with a challenge. To partner with him in creating the industry’s first eyewear range with complex moving parts created entirely from additive technologies. With a re-imagined titanium ‘VOID’ hinge, a lightweight open core frame design, and an entirely new surface finish, ‘Cosmos’ was born.
Weight optimization is crucial in the quest to lower the cost per kilogram launched into space. Discover how Atos and Materialise combined their expertise to reinvent a widely used titanium component, creating a part that is lighter, more durable, and offers improved load distribution.
Solutions: Aluminium, Certified Additive Manufacturing, Metal 3D Printing
Making the most of Additive Manufacturing means taking a new approach to design. For this suction gripper, our Design & Engineering team evolved the design until we had a 3D-printed part that costs less than one-third of the original, is nearly a quarter of the weight, and needs no assembly.
The Fraunhofer Institute for Laser Technology ILT was looking for a real showstopper to present itself at the LASER World of Photonics 2015: a set of 2-meter-tall 3D-printed letters, spelling out the word LIGHT. Behind the light print, though, lies a very heavy file and some clever design work.