UGxhbm5pbmdfMjUxODQzNQ== Demonstrating Damage Resistance and Low Vibration of Laser Powder Bed Fused Blades Demonstrating Damage Resistance and Low Vibration of Laser Powder Bed Fused Blades RAPID
UGxhbm5pbmdfMjUyNTc0NA== Leveraging am to Better Understand Nondestructive Evaluation Using Internal Structures Leveraging am to Better Understand Nondestructive Evaluation Using Internal
U3BlYWtlcihFdmVudF8yNDY2MDEyLEV2ZW50UGVvcGxlXzM2NDY0NDIyLFVzZXJfMTI5NDM0MDAp https://static.swapcard.com/public/images/3485e090d04e45f48fb68f123bf7566f.jpeg James Zunino James Zunino James Zunino
U3BlYWtlcihFdmVudF8yNDY2MDEyLEV2ZW50UGVvcGxlXzM2NzA3NzI1LFVzZXJfMjI5NTQ3MTQp Frank Thomas Frank Thomas Frank Thomas Midwestern Account Manager 3D Infotech Speaker at RAPID + TCT: Frank Thomas,
Robotics and 3D printing are two advanced technologies that have helped spur industrial innovation. Though these technologies may seem disconnected, they have a lot of overlap within
3D printing applications are continuing to grow. One sector it has broken into is consumer goods, where the option for customization is driving 3D printing adoption.
Laser-powder-bed fusion (L-PBF) is evolving to have capabilities similar to that of CNC machining. Using advanced metal powders has enabled L-PBF to utilize processes that mirror the roughing and