Cool Parts
3D Printed Valve Part Protects Pipes by Preventing Cavitation: The Cool Parts Show #56
The Fisher Cavitrol Hex trim from Emerson divides the fluid flow into numerous parallel streams thanks to geometry made possible through additive manufacturing.
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3D Printed Conveyor Mat Aids Automation: The Cool Parts Show #55
Additive manufacturing for long, flexible sections of brush material? On this episode of The Cool Parts Show, how a continuous DLP system provides the answer for a component critical to vibratory automation systems.
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3D Printed Replacement Clamp for an F-16 Aircraft: The Cool Parts Show #54
3D printing is a valuable addition to sustainment programs, but only if printed parts can be qualified as fast and flexibly as they can be made. In this episode of The Cool Parts Show, we look at the clamp that won the Air Force’s Approval Sprint Challenge designed to address this need.
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Rekkie AR Ski Goggles Made Possible With 3D Printing: The Cool Parts Show #53
When the electronics enclosure key to these AR goggles proved difficult to mold, 3D printing allowed the inventors to keep the complexity — while also making improvements for assembly and user experience.
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Drones Take Flight with Metal and Polymer 3D Printed Parts: The Cool Parts Show Bonus
Drones produced by Cobra Aero now incorporate many 3D printed parts made through laser powder bed fusion and Multi Jet Fusion processes.
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3D Printed Brake Panel for the Rail Industry: The Cool Parts Show #52
In this episode of The Cool Parts Show, laser powder bed fusion simplifies the manufacturing of air brake panels for light rail systems made by Wabtec.
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What We've Learned From 50 Episodes of The Cool Parts Show: AM Radio #24
Where is 3D printing headed? What makes a printed part “cool”? What even counts as a “part”? In this episode of the AM Radio podcast, I sit down with my co-host on another project, The Cool Parts Show, to reflect on where 50 episodes have taken us.
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3D Printed Cold Plate for an Electric Race Car: The Cool Parts Show #51
An unconventional lattice design and biomimicry are key to the performance of this fluid-cooled heat exchanger for a battery-powered race car.
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Robot Deposition Makes Giant Industrial Mixer Blade: The Cool Parts Show Bonus
Wire arc additive manufacturing produces a large component formerly made through casting, and allows for redesign of its internal cooling geometry.
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500-Pound Replacement Part 3D Printed by Robot: The Cool Parts Show #50
Our biggest metal cool part so far: Wire arc additive manufacturing delivers a replacement (and upgrade) for a critical bearing housing on a large piece of industrial machinery.
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