Additive Manufacturing
Custom Molder Gets More Mileage From 3D Printer
Use of 3D printer to save time and money in new ways is satisfying to custom molder.
Read MoreCincinnati Inc. and Oak Ridge Nat'l Lab Partner On Large-Part Additive Mfg.
It is becoming much more frequent these days that we are alerted to yet another new development in additive manufacturing/3D printing.
Read MoreAdditive Manufacturing: Materials for ‘Real-World’ Parts
Developments in materials have helped pave the way for processors to make ‘real world’ parts from what is collectively known as 3D printing. Here’s a comprehensive review of the materials available.
Read MoreADDITIVE MANUFACTURING: Slew of New Developments in Materials, Equipment
Three companies unveiled new developments in additive manufacturing and prototyping as 2013 came to a close, a testament to this technology's vibrant growth.
Read MoreTop 5 material technology developments of 2013
Throughout 2013, we saw myriad launches of a diverse range of new materials, with a cluster of introductions coming at K 2013. For this reason, selecting the “top five materials” was nearly an impossible task, so we decided to expand the list a bit by categorizing the new material developments by applications that are seeing increasing activity.
Read MoreHeadlines from the K 2013 Show
Here’s just a taste of the innovations on display, a selection of the top headlines not covered in our September show preview.
Read MoreArburg Causes Buzz at K Show with New 3D Printer
One of the most talked-about news announcements at the K 2013 in Dusseldorf, which wrapped up last week, was Arburg’s introduction of an ink-jet type 3D printer.
Read MoreRapid Tooling Enables ‘Quick Manufacturing’
Custom molder Harbec explores new and unconventional methods of moldmaking to provide a competitive edge for its $15 million molding business.
Read MoreTPU Powders for SLS Prototyping & Manufacturing
Germany’s Bayer MaterialScience (U.S. office in Pittsburgh) and Solid Composites GmbH have partnered to develop TPU powders for SLS (selective laser sintering), a digital rapid-prototyping and additive-manufacturing method for fabricating 3D structures by using a laser beam to sinter thin layers of powdered materials.
Read MoreAdditive Manufacturing: New Capabilities for Rapid Prototypes And Production Parts
Many plastics processors are just starting to become familiar with the terms “additive manufacturing” or “additive fabrication,” which refer to a group of processes that build up parts by successively adding material, often in layers.
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