A First Look at Voxeljet’s Upcoming VX1000 HSS Giant 3D Printer

A First Look at Voxeljet’s Upcoming VX1000 HSS Giant 3D Printer

by Technologies

There is no denying that large-format sand and polymer binder jetting 3D printer manufacturer voxeljet has not had an easy time fully exploiting it’s hardware’s market potential. The company is too large to be as streamlined as a startup and not large enough to move the marketing muscle of the HP’s and EOS’s of the polymer AM world. And not Silicon Valley enough to move investors as Carbon does. The new VX1000 HSS could change all this, giving voxeljet a real and significant technological advantage over the competition: no one else has yet built a high-resolution polymer system capable of printing this much and this fast.

Sturdy Cycles works with RAM3D on custom titanium bicycles Consumer Products

Sturdy Cycles Works with RAM3D on Custom Titanium Bicycles

by Consumer

Bicycles were one of the first consumer products to embrace 3D printing, with dozens of examples of both concept models, one-offs and actual production already underway. One reason is that personalization and weight-optimization play a big role in bicycling; another (related) is that two key materials for bicycles are carbon fiber composites and titanium, which are also key materials in 3D printing. For Tom Sturdy of Sturdy Cycles in Somerset, UK, titanium is it and he turned to AM service RAM3D to 3D print it.

Impact F1, What Next-gen, parametric, 3D printed flip flops look like Consumer Products

Impact F1, What Next-gen, Parametric, 3D Printed Flip Flops Look Like

by Consumer

The ability to leverage parametric online customization tools to create and personalize entire products is embedded in the potential of 3D printing as a production technology. Until now this potential has been only marginally exploited but the possibilities are rapidly increasing: more optimized products, more customized, more innovative, more sustainable: in the footwear segment, Impact Footwear is introducing all these features truly next-gen 3D printed flip flops: the Impact F1.

TIWARI and ESA validate ceramic and metal materials for RAPTOR 3D printer 3D Printing Processes

by Technologies

ESA-supported startup TIWARI Scientific Instruments in Germany has developed low-cost 3D printer, the RAPTOR, which is capable of 3D printing a variety of metals and ceramics using a bound powder filament extrusion process. While the 3D printer is similar to other systems now available in the market – such as those introduced by Nanoe and Triditive among others – TIWARI was able to leverage support from ESA to validate four metal and ceramic materials for space and other applications.