What is direct metal laser-sintering (DMLS), and does titanium pose any unique technical challenges for this technology? A: DMLS is an emerging technology for rapid, additive manufacturing of metal ...

DePuy Spine's use of a DMLS system reduced wait times and increased flexibility in producing surgical tool prototypes A DMLS system allowed DePuy Spine to quickly present consulting doctors with ...

Ideal for entry into Additive Manufacturing: reproducible parts quality, simple and efficient handling, modular design, highly cost effective - Cross reference ...

Often used in the additive building of prototypes, direct-metal laser sintering (DMLS) also works well in rapid manufacturing across a range of industries. This trend is supported by current advances ...

DePuy Spine reduces medical component lead times using direct metal laser sintering. Direct metal laser-sintering (DMLS) technology has spawned a new foundation on how medical companies design ...

While this additive manufacturing process has proven an ideal technology for rapid building of metal parts—including core and cavity inserts for molds—it hasn't caught on with many moldmakers.

Additive manufacturing is a process that adds material, usually on a layer-to-layer basis, to make a 3D object based off the interpretation of 3D computer-aided-design (CAD) data. Additive ...

A Texas firm called Solid Concepts has announced it has successfully 3D-printed a gun in metal. The firm chose to print a working replica of a classic Browning 1911 pistol in order to prove how ...

NASA’s Marshall Space Flight Center began operations in 1960, pioneering space exploration and rocket advancements for travel to the moon, space shuttle propulsion and many NASA legacy missions ...

Ideal for entry intoAdditiveManufacturing: reproducible parts quality, simple and efficient handling, modular design,highlycost effective EOS, global technology and quality leader for high-end ...