Functional Restorations的动态

Its just a keyring, right? Rapid Fluidics pulling the rabbit out of the hat again. If you follow the Instagram channel, you'll have seen this already, but watch the video to the end for more. Bypass tooling, head straight for #massmanufacture #additivemanufacturing #3dprinting #microfluidics #slas2025 #mdmwest2025

Insights on Amazemet's Latest Innovations! ?? In this video, our partner Devon Hagedorn-Hansen, PhD, representing our distributor Multitrade 3D Systems, shares his thoughts on Amazemet’s newest innovations: Powder2Powder, Bar Feeder, and Automated Torch. ?? Watch the video and don't miss out on this valuable insight! ?? #AMAZEMET #Innovation #3DPrinting #Powder2Powder #BarFeeder #AutomatedTorch #Partnership #Multitrade3DSystems #IndustryInsights #metalpowders #materialsengineering #materialsscience #metalAM #formnext2024 #formnext #additivemanufacturing

These results speak for themselves ?? Experience revolutionary resin cleaning with PostProcess Submersed Vortex Cavitation (SVC) Technology. Our suite of automated resin removal?solutions deliver repeatable results, increased efficiency, cost savings, and improved safety. To learn more, explore?our resin removal solutions on our website >?https://lnkd.in/gi7KQdUQ #resincleaning #resinremoval #postprocessing #postprinting

Does your dental crown need an upgrade? Have a sneak-peek into FIDENTIS Multi-Material #AdditiveManufacturing process for dental applications. They are using a customized AMCM GmbH M 290-1 1 kW machine with an integrated ABB industrial robotic arm. The application of a defined quantity of our precious metal alloy is done with nozzle-based powder application which is moved by the robotic arm. Really great approach here on multi material metal #3dprinting. ?? Kind regards, Mark stop warehousing, source on-demand PS: First seen Tuan TRANPHAM #digitalmanufacturing #supplychain #robotics #maschinenbau #automation

I am happy to share an overview of my recent research project, "Print-N-Grip: A Disposable, Compliant, Scalable, and One-Shot 3D-Printed Multi-Fingered Robotic Hand", conducted under the guidance of my supervisor, Dr. Avishai Sintov. This innovative project focuses on developing a cost-effective, highly adaptable robotic hand using advanced 3D printing technology. The "Print-N-Grip" hand features a unique design that allows for versatility and efficiency, making it suitable for diverse applications in both industrial and personal robotics. Check out the video below for a detailed look at how "Print-N-Grip" works and the potential it holds for the future of robotics.

Festive reading for the engineers who can’t resist a good layer-by-layer breakdown. ?? Explore Phase3D’s case study exploring real-time anomaly detection and porosity prediction using Fringe Inspection?. This groundbreaking technology is transforming #AdditiveManufacturing by providing actionable, layer-by-layer insights to ensure defect-free production. In this case study, you’ll discover how Fringe Inspection?: ? Correlates heightmap anomalies to final part porosity ? Improves production efficiency across machines and materials ? Delivers consistent, reliable results for critical industries Read more about what we do and the power of Fringe Inspection? on our blog:?https://lnkd.in/eYXnNySK #3DPrinting #FringeInspection #ManufacturingInnovation

As Phase3D say in this post, some interesting holiday reading!

Robotic exoskeleton housing is also a critical component in the overall design of an upper limb rehabilitation exoskeleton, providing a protective and functional enclosure for complex internal mechanisms. Similar to the precision required for the machined stator mount, the housing demands attention during the manufacturing process to ensure optimal performance. The housing, like the stator mount, uses AL6061-T6. When machining housing parts, it also must attention to specific dimensional tolerances to fit proper alignment and assembly with other exoskeleton components. Particularly those affecting the attachment points and interface with other modules must be strictly controlled to ensure a precise fit. #robot #roboticdesign #engineer #CNCmachining #3Dprinting #prototypes #production #injectionmolding

Meet CEREBRO: an integration system between robotic arms and WASP extruders, both LDM (Ceramic) and FGF. This technology will give you the possibility to print any kind of material, from technical and recycled thermoplastic pellets to clay and concrete, and even biomaterials such as mycelium. Thanks to its dedicated app, you can easily connect and control your system via your smartphone or computer, monitoring the print and changing its settings at any time. ? CEREBRO is now compatible with Aibuild software! The two teams worked seamlessly to integrate CEREBRO’s hardware as a digital twin into Aibuild‘s platform, demonstrating the full compatibility of the two systems and unlocking endless possibilities for utilizing all of WASP’s extrusion systems, including both pellet and ceramic extruders. ? Request Information: https://lnkd.in/dGXbbZK9 ?? Video Credits: WASP #3dprinting #software #additivemanufacturing #robotics #3dprint #ai #artificialintelligence #amsoftware #3dsoftware

?? Visit URMA's Demo Day: CNC meets #AdditiveManufacturing! On November 6th, 2024, from 9:00 AM to 4:00 PM, explore a wide range of AM machines. Discover how URMAs cutting-edge #additivemanufacturing technologies can elevate your production and be inspired by the innovative applications on display. ?? Take your production capabilities to the next level! Don’t miss out - register now! Check the link in the comments below. ?? #futureisadditive #3Dprinting #URMA | Frank Gersbach