Articles
Cool Parts In Space!
The Cool Parts Show has long had a fascination with AM for space. Revisit some of our episodes to find out what AM brings to the final frontier.
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Materials are Key to 3D Printed Injection Mold Tooling
IC3D’s combination of experience with filament production, building 3D printers and service bureau work is helping it expand the possibilities of 3D printed injection mold tooling.
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Topology Optimization Software Enhances Gripper Reliability
Design software with built-in topology optimization and reconstruction features enabled Preziosa Francesco SRL to use Desktop Metal’s Studio System to improve the performance of a robotic gripper.
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A Resonant Harmony for Bell Casting and 3D Printing
When a 180-year-old bell foundry sought an alternate solution for expensive metal mold patterns, it turned to a 125-year-old company for a modern solution: large-format additive manufacturing.
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Balancing MFAM and DFAM for Metal Additive Manufacturing
For viable metal AM, users must balance design for additive manufacturing (DfAM), modifying for additive manufacturing (MfAM) and cost per kilogram.
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Why I Am Bullish on Additive: 3 Factors Favoring 3D Printing’s Continued Advance
The shortcomings are being overcome and the advantage is nothing less than freedom. Only the pace of the advance is uncertain.
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Solving MRO Challenges with Bound Metal Deposition
Three case studies reveal how Desktop Metal’s second-generation Studio System bound metal deposition printer eliminates common safety hazards of metal AM, enhancing the technique’s value for maintenance, repair and operations (MRO) applications.
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Support Structures and Build Layout Lead to Series of Fails — AM: Why the Failure? #4
A 3D printed piston crown illustrates the iterative path to success often part of laser powder bed fusion additive manufacturing.
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Digital Demo: Why LSAM?
Scott Vaal, Thermwood’s LSAM product manager, offers an overview of key aspects of the large scale additive manufacturing market. (Sponsored)
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3D Printed Tooling Supports Prototype Foam Seating
Automotive manufacturers and other OEMs require mold tooling to build foam components like seat cushions. 3D printed tools could be a faster, more affordable way to prototype and produce these parts.
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Sand 3D Printing Benefits Lightweighting and EV Production
Brooks Crownhill Limited has used Voxeljet’s sand 3D printers to rapidly prototype automobile part molds, with the increased design flexibility enabling lightweighting while strengthening individual components.
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How Flowable Metal Paste Could Deliver on 3D Printing's Promise for Mold Tooling
A new 3D printing process that shapes extruded metal paste before sintering can produce fine detail and surface finish suitable for injection mold cores and cavities with limited or no additional postprocessing.
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