Discover the power of the AMDroid – a high-power laser-wire Directed Energy Deposition (DED) robotic cell. This forward-deployable system is designed for rapid on-site manufacturing, enabling you to print large, high-quality metal parts with incredible efficiency. Capable of handling a variety of metals, including aluminum, copper, titanium and more, the AMDroid offers unmatched precision and versatility. Upgrade your production process with cutting-edge technology that meets the demands of modern manufacturing. #ADDiTEC #AMDroid #HighPowerDED #3DPrinting #ManufacturingInnovation For more details, visit https://lnkd.in/eCc7fxfG
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As a global leader in the optical design and manufacturing industry, Greenlight Optics relies upon cycle time and quality to keep them ahead of the competition. The Precitech Fast Tool Servo 5000 enables optical production up to 15 times faster than conventional XZC machining with unprecedented quality. Greenlight Optics is recognized for their design and manufacturing of freeform and aspheric optics. This expertise allows Greenlight to serve a variety of industries with applications that use these types of optics, including AR/VR headsets, biometric sensors, wavelength detection, 3D and medical imaging, industrial automation, night-vision and many more. As a global leader, Greenlight Optics prides itself on precision, quality, and speed. What has allowed them to consistently hit deadlines and produce high-quality optics is the reliability and performance of the Precitech FTS 5000. The modularity and ease-of-use of the FTS allows Greenlight to move it between Precitech machines while maintaining tight specifications for surface roughness and form accuracy. The FTS 5000, combined with Greenlight’s newly purchased Precitech Nanoform X small frame lathe, will allow them to continue to produce high quality aspheric and freeform optics in production capacities. To learn more about the FTS 5000, click here: https://ow.ly/lacj50R5SaL #Precitech #UltraPrecisionMachining #DiamondTurning #FreeformOptics #OpticalFabrication
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📊 Did you know that up to 30% of production capacity in #semiconductor manufacturing is lost due to inefficient logistics in the cleanroom? With up to 50 lithography layers, double exposures, and specialized machine assignments, nothing is left to chance in the production of microchips. It’s a true balancing act that demands meticulous planning and precision - a monumental task that calls for a real hero. 🦸♂️ Enter our HERO Scout from #memberofscio Fabmatics GmbH! He may not wear a cape, but he tackles your challenges with: ◾Flexible handling ◾The longest reach in its class ◾Compact and cleanroom-compatible design ◾Innovative sensor and camera technology ◾Ultra-clean design Looking for the #automation solution to your #cleanroom challenges? Discover more about HERO Scout: https://lnkd.in/e4Pk8pgc
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Change is inevitable… What side of the change will you be on? Will you continue to be part of the problem or take action and be part of the future? The industry is waking to acknowledge that the current status quo of additive manufacturing development is increasingly unacceptable - especially if we desire true AM production New production oriented hardware, such as Azul 3D, Inc, and the recently announced Supernova BCN3D Technologies solution, are being fundamentally enabled by Dyndrite, and our recently introduced LPBF Pro #metal3dprinting software is taking users of machines from EOS, Nikon SLM Solutions, and Renishaw to the next level! We still have a long way to go, but the future looks bright! Read what Harshil Goel and other #additivemanufacturing leaders have to say about industry trends in 2024! https://lnkd.in/dk-EjRRi #mememonday
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business consultant knowledgeable with regard to the intersection of technology, people, business and society.
we often discuss online social media things as "platforms", the reality is we should be plumbing all technology for structural platforms because when we discuss technology as "social and business determinants" it is the platforms within which we will find the determinants. i would argue additive manufacturing is a platform.
“The EOS M 290 system has continuously evolved from its original solid and proven platform into a whole family of systems that remain at the cutting edge of technology. The M 290 serves as one of the main development platforms we use internally at EOS to develop machines, materials, and processes.” - Monica Smith, Product Line Manager for Metal Systems. In 2014, we introduced the single laser system EOS M 290. Now, ten years later, this system has become a platform with different variants developed by EOS and AMCM. With new light engines such as dual lasers, 1KW lasers, fine detail resolution (FDR), and nLight, there is a range of options that manufacturers can choice from and push the limits of what can be achieved with #3Dprinting. To learn more about the EOS M 290 system family, read the TCT Magazine article here: https://lnkd.in/gvDS2HXf #futureisadditive #additivemanufacturing AMCM GmbH
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Since 10 Years the Benchmark in the industry and still evolving.
“The EOS M 290 system has continuously evolved from its original solid and proven platform into a whole family of systems that remain at the cutting edge of technology. The M 290 serves as one of the main development platforms we use internally at EOS to develop machines, materials, and processes.” - Monica Smith, Product Line Manager for Metal Systems. In 2014, we introduced the single laser system EOS M 290. Now, ten years later, this system has become a platform with different variants developed by EOS and AMCM. With new light engines such as dual lasers, 1KW lasers, fine detail resolution (FDR), and nLight, there is a range of options that manufacturers can choice from and push the limits of what can be achieved with #3Dprinting. To learn more about the EOS M 290 system family, read the TCT Magazine article here: https://lnkd.in/gvDS2HXf #futureisadditive #additivemanufacturing AMCM GmbH
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Unlock the potential of 3D laser scanning in #manufacturing! 🚀 Witness unparalleled accuracy and speed as we delve into the realm of automotive design and production. Say hello to seamless processes, flawless components, and a competitive edge like never before. Ready to revolutionize your approach? Learn more: https://lnkd.in/d9U_n6Ra #ManufacturingTechnology #Innovation #3dscanner #scanning #metrology
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In this short video, V-Proud will demonstrate how the KSCAN-Magic 3D composite scanner speeds up the measurement process, providing excellent visibility when scanning automotive parts. Key Benefits: 🔹High Accuracy: Up to 0.020 mm for precise data collection. 🔹High efficiency: Measurement rate of up to 4,150,000 measurements/s #vproud #kscan #scantech #3dscanning #precision #inspection
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Last chance to sign up! Don't miss our CNC milling efficiency webinar with Tebis tomorrow, June 20th at 2pm EDT. Explore how peel 3D scanners create precise digital twins, enhancing accuracy and reducing operational costs in manufacturing. Discover the transformative effects of 3D scanning on machine performance, productivity, and cost reduction. 🎟️ Free registration👉 https://ow.ly/Weju50Sc1Ig #peel3d #Tebis #3Dscanning #CNC #webinar
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Ultra precision positioning measurment at its best!👍
EUV lithography has become the key technology for advanced microchip manufacturing. To enhance process stability, leading manufacturers deploy EUV technology not only in the lithography process itself, but also for frequent inspection of the reticle. This inspection requires ultra precise mask stage movements in challenging vacuum conditions. Learn how the IDS3010 displacement sensor enables nanoprecision in EUV mask inspection here https://lnkd.in/dPcapZaX #euvlithography #maskinspection #IDS3010 #semicon
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