Applications

Future collaborative solutions planned

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3D-printing is becoming increasingly important in industrial manufacturing. It not only makes it possible to produce very complex shapes that would otherwise be virtually impossible to generate using conventional processes, but also enables small batch numbers to be produced on a cost-effective basis. However, up to now, the integration of electronic components and consequently, the production of customized sensors has presented a challenge. Now, together with the Baden- Württemberg-based companies ARBURG and Balluff, Fraunhofer IPA has achieved a breakthrough.

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Biologic Models collaborates with Mimaki customer, Objex Unlimited, to recreate precise models of protein cells.

Recent projects include recreating coronavirus proteins to enable the rapid development of countermeasures and increase understanding of the virus.

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Final Aim, Inc. used 3D printing to develop a solution that tackles Singapore's delivery issues

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The EinScan H combined with MSoft saves clinicians and patients time and money

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Essentium, Inc., just introduced the world to its newest High Speed Extrusion (HSE) machine, the HSE™ 280i HT 3D Printer. This powerhouse platform offers world-class print speeds five to 15x faster than competitors. Ready to handle the most demanding applications, it can process high-performance super-polymers, enabling rapid production of parts with excellent dimensional accuracy.

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Essentium’s newest High Speed Extrusion (HSE™) machine, the HSE 280i HT 3D Printer, is a powerhouse independent dual extrusion (IDEX) platform that offers the speed, strength, and scale to handle the most demanding applications. However, as a materials-first company, Essentium knows that real innovation happens when advanced technology meets high-quality materials.

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Weerg 3D prints components for the KM3NeT project of the Dutch Institute of Subatomic Physics

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Markforged, an NCMS member and creator of the world’s largest metal and carbon fiber additive manufacturing platform, the Digital Forge, today announced that it has distributed its first wave of 3D printers to manufacturers in Michigan as part of Project DIAMOnD.

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Engineers at CERN recently succeeded in achieving unprecedented cooling to -40˚C in the extremely confined space of the Large Hadron Collider's photon detector strip. The problem to be solved was very complex. The solution will lead to improved particle detection. But how did the engineers manage to go from a theoretically perfect design to real parts that met their strict specifications?

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