Robot gripper 3D printed with soft, flexible wear piece fixed to carbon fiber Nylon
End of Arm Tooling
Robot gripper 3D printed with soft, flexible wear piece fixed to carbon fiber Nylon
End of Arm Tooling
3D printed form and fit prototype for gearbox and production model.
Prototypes
3D printed form and fit prototype for gearbox and production model.
Prototypes
3D printed softjaw fixture for machine tool. Printed from carbon fiber Nylon.
Jigs, Fixtures & Tooling
3D printed softjaw fixture for machine tool. Printed from carbon fiber Nylon.
Jigs, Fixtures & Tooling
LATEST PROJECT
Powdered Metal Manufacturer
Developed a two piece robot gripper end of arm tooling with a carbon fiber nylon base and a replaceable flexible material pad for contact with parts. The interchangeable wear part reduced weight by 20% and reduced lead time by 80%.
FROM BDI ADDITIVE
Latest news and events
Read the latest news about BDI Additive and the 3D Printing Industry
NE Ohio Additive Manufacturing Cluster / August 23, 2019
Recognized Talent
BDI Additive Lead Engineer wins Young Professional award at the North East Ohio Additive Manufacturing Cluster.
BDI Additive, a division of BDI, was started in 2018 inside of the Youngstown Business Incubator’s Additive Manufacturing TBB5 Complex. BDI Additive was started with a mission to help manufacturers implement additive manufacturing into existing processes.