British brand Apiar introduces the Gen1.0 watch ✓ Featuring a titanium case and dial realized through 3D printing and generative design ✓ ...

Researchers developed a groundbreaking technique that enhances the optical absorptivity of metal powders used in 3D printing.

McLaren is using powdered metals and lasers to 3D-print parts for its next-gen supercars, thanks to a partnership with Czinger’s partner, Divergent.

Until now, additive manufacturing, commonly known as 3D printing, of engine components was limited by the lack of affordable ...

One of the most common industrial 3D printing processes is laser powder bed fusion. It is mainly used for complex, heavy-duty ...

Posted in Hackaday Columns, Slider Tagged 3d printing, electron beam, electron beam welding, Hack Chat, laser sintering, metal 3d printer, powdered metal ...

METAL ADDITIVE MANUFACTURING (3D PRINTING AND POWDERED METAL) USING 3PRE-ACTIVATED MOLYBDENUM ENABLES ANTIMICROBIAL PRODUCTS THAT REMAIN ANTIMICROBIAL OVER TIME ...

Laser powder bed fusion, the most common metal 3D-printing process, uses a high-energy laser to selectively melt metal powder that has been spread across a build plate.

Based on the success of ExOne's patented binder jetting technology, ExOne now open to 3D printing development projects with virtually any powder type.

But materials for 3D printing have largely come from the realm of more moldable—and generally weaker—polymers since the 1980s, when such printing began. Printing metal is trickier.

A new breed of low-cost, desktop 3D printers that print metal parts from easy-to-use metal filament may ease supply chain woes.