Metal
Rocket Engine Component 3D Printed in One Piece
Using a laser powder bed fusion machine from Eplus3D and Leap 71’s AI-enabled computational tool, a 3D printed rocket engine was made in one step, with no postprocess machining required.
WatchATI Relocates, Expands Additive Manufacturing Capacity in New Florida Facility
The Margate, Florida, facility supports additive manufacturing of larger metal parts, serving customers across defense, space and more.
Read MoreRoss PFA-Coated Ribbon Blender for Sensitive Applications
Specialized blender has a 5 ft³ working capacity
Read MoreGoEngineer Named Official North American Reseller for Bright Laser Technologies
Partnership brings cutting-edge metal additive manufacturing solutions to the North American market.
Read MoreATI Celebrates Commissioning of AM Products Facility
The new operation is capable of printing parts up to 1.5 meters.
Read MoreSelf-Contained, Portable Laser-Wire DED Solution
System ensures mission critical capabilities in any austere terrain or maritime.
Read MoreCould Robotic Postprocessing Aid Metal 3D Printing?
Perhaps. Dedicated robotic machining systems can be a cost-effective alternative to removing 3D printed part supports, trimming parts and so on.
Read MoreThis "Thermos" for Valves Protects From Thermal Stress With Lattices: The Cool Parts Show #80
Velan has developed a 3D printed metal sleeve that protects valves from the inside out, using lattices to insulate them from extremely hot catalyst in a refining operation.
WatchHow Gas Flow Helps the Laser | Understanding Laser Powder Bed Fusion
While the use of inert gas prevents oxygen interaction, the flow of this gas performs a valuable function as well: It clears the air for the laser. Part of a series of videos on laser powder bed fusion filmed by looking at an open-source additive manufacturing machine.
WatchMeltio Wire-Laser Metal 3D Printing Technology for Bioimplants With Titanium
ATILA Project researchers confirm Meltio metal 3D printing technology by welding wire successfully contributes to the creation of biomedical implants with titanium
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