Prototyping
How Thin Can I Make My 3D Printed Part?
Be smart and prototype fast when developing design guidelines for AM.
Read MorePostProcess, Alphacam Partner to Expand Access to Automated 3D Postprinting in Germany
Alphacam’s in-house printing service — which manufactures components with FDM, PolyJet, LPBF, BMD, DLP/P3 and SAF technology — will also utilize the PostProcess solution for its own operations.
Read MoreZiggzagg Chooses 3YourMind to Strengthen Workflow Automation
3YourMind developed a fully automated workflow solution which puts all of Ziggzagg’s critical information in one easy-to-access place.
Read MoreAn X-Ray View of Lattices and String Lasting: The Cool Parts Show Bonus
One recent cool part concealed most of its complexity. Take a look inside in this bonus episode.
WatchDesktop Metal Receives $7.9 Million System Order from German Car Manufacturer
Company says it is working with a number of major, global automotive OEMs to expand their adoption of additive manufacturing for the series production of end-use car components.
Read MoreSetforge Begins Hybrid Series Production of Composites
Hybrid composite manufacturing has enabled Setforge to expand into new markets with cost-competitive parts that handle higher specific loads than steel.
Read MoreEssentium Adding Metal Additive Manufacturing Capabilities for Industrial-Scale Production
Essentium is developing AM technology to enable metal parts production at a new level of speed, scale and economics.
Read MoreFarsoon, Covestro Strengthen Cooperation in Engineering Powders
Collaboration entails successful use of Covestro PBT and TPU powders on Farsoon plastic laser sintering machines.
Read MoreBigRep, Teton Simulation Collaborate to Integrate SmartSlice into Large-Format 3D Printing
BigRep and Teton Simulation have partnered to bring the benefits of performance requirements-based validation and print parameter optimization to industrial large-format prints.
Read More3D Printed Baseball Mitt Inserts Are Ready for the Big Leagues
Fast Radius was able to use Carbon’s DLS system for both prototyping and production of 3D printed, fatigue-resistant inserts for Rawlings’ REV1X baseball glove.
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