Take a look at how metrology and 3D printing distributor Burton Precision applies 3D printing technology to solve a variety of CAD issues and challenges for producing a unique plastic propeller design for a human powered submarine.
have launched a patient-specific, metal-implant design and manufacturing program using EOS
Direct Metal Laser-Sintering software to facilitate the creation of highly customized products that improve osseointegration or bone growth.
Targeting medical, surgical, and orthopedic designers and manufacturers,
The father-son team of Kappius Components created a trailblazing rear hub/drive assembly unlike any other. Now they use additive manufacturing from EOS GmbH to build three of its components more cost-effectively, with shorter delivery times and inexpensive re-designs.
Take a few moments to think about a future of new digital marketplaces where, instead of people simply shopping for products online, they instead design and build the exact products they want. Talk about mass customization.
A pioneer of additive manufacturing systems now owns more than 50 patents, with another 100 that are pending.
Christopher Bohlmann is their new senior vice president of operations.
This additive manufacturing facility enables customers to design metal components for 3D production without the limitations of traditional manufacturing.
The sky is the limit as partnerships between private manufacturers and scientific research laboratories expand the boundaries of size and accelerate the development of new industrial 3D printing systems that can create polymer parts up to 10 times larger than those currently producible.
The automatic sieving station continuously safeguards the powder quality and thus the component quality too.