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,
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
A milestone has been reached in additive manufacturing (AM) with the United States Navy using this technology to successfully manufacture functional parts while afloat. Using a 3D printer onboard
3D printing day celebrates the advancements and innovations in additive manufacturing (AM) technology. This year to commemorate 3D printing day on December 3rd, RAPID + TCT held an online event