LPBF
AddUp and Anatomic Implants Collaborate on FDA Submission for 3D Printed Toe Joint Replacement
Anatomic Implants has chosen to use AddUp’s FormUp 350 Powder Bed Fusion machine to qualify the implant for submission to the FDA. The FormUp 350 is able to produce varying complex geometries with fine detailed lattice structures, which are well suited for implantable medical devices.
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CRP Technology’s Windform SL Is Lightweight, Rigid Composite for SLS, LPBF
Windform SL is well suited for the the production of sophisticated, efficient components across various fields, from aerospace to automotive, ensuring light weight without the need to reduce thickness.
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Aconity3D, Equispheres Achieve Productivity Gains for Metal 3D Printing
The companies say they have achieved remarkable productivity improvements using laser beam shaping and NExP-1 high-performance AM powder.
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MPI Launches AI Project to Create Material Reuse Management Tool for Metal 3D Printing
MPI is working with Additive Manufacturing Solutions and AMFG to create a versatile, commercial predictive material reuse management tool that will enable additive manufacturing to expand by introducing greater cost efficiencies.
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AddUp, SSG to Introduce Tool Steel Optimized for Injection Molding Applications in Additive Manufacturing
SSG developed the Printdur HCT material to meet the requirements of injection molding, enabling manufacturers to significantly reduce production cycles using conformal cooling channels.
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MT Aerospace Expands Services With AddUp PBF Technology
MT Aerospace says its FormUp 350 machines have proven their ability to produce highly complex parts, such as heat exchangers, with an unrivalled surface finish.
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Zeda AM Production Plant in Ohio Now Open — Thoughts on the New Facility
73,000-square-foot metal powder bed fusion plant includes extensive machining capability plus separate operational models for serving medical versus other businesses.
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This 3D Printed Part Makes IndyCar Racing Safer: The Cool Parts Show #67
The top frame is a newer addition to Indycar vehicles, but one that has dramatically improved the safety of the sport. We look at the original component and its next generation in this episode of The Cool Parts Show.
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IndyCar's 3D Printed Top Frame Increases Driver Safety
The IndyCar titanium top frame is a safety device standard to all the series' cars. The 3D printed titanium component holds the aeroscreen and protects drivers on the track.
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Ci-Esse Joins Velo3D’s Contract Manufacturer Network in Italy
Italian contract manufacturer Ci-Esse acquires Velo3D sapphire printer to enhance its additive manufacturing capabilities with the fully integrated solution being used to support Ci-Esse’s aerospace, defense and motorsports customers by providing mission-critical metal parts.
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