First invented in 1965, laser cutting technology works by directing the output of a focused laser beam onto a metal workpiece, vaporizing or melting the metal and creating a cut edge. Because of its non-contact characteristics, this technique prevents mechanical stress on the workpiece while maintaining extremely high cutting precision.
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In industrial stamping processes, several hundred sheet metal parts are typically produced per minute. Together with the stamped parts manufacturer Quittenbaum GmbH, researchers at Fraunhofer IPM have developed and installed an optical inspection system that checks the dimensional accuracy of every single component in high-speed stamping processes – with an accuracy in the range of 100 micrometers.
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The composite material HoverLIGHT sets new standards for the construction of machine tools: by combining aluminum foam and particle-filled hollow spheres, HoverLIGHT achieves an unprecedented combination of lightness, stiffness, and vibration damping.
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Scantech, a leading Chinese company specializing in advanced 3D scanners, has announced a new partnership with Innovmetric, a globally recognized software development firm in 3D measurement technology. This collaboration aims to offer comprehensive 3D solutions to enhance the digital transformation of manufacturing industries and significantly improve productivity.
After nearly eight years of work, the Association for Advancing Automation (A3) has announced the publication of the revised ISO 10218, the global flagship standard for industrial robot safety. In its first major revision since 2011, these new documents offer a significant leap forward in ensuring the safety of robotics in industrial environments.
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ZeroTouch enables shop floor inspection, in-line or nearline focused on providing immediate and relevant dimensional inspection and analysis. The shop floor gauges can sit directly in the manufacturing area and are often integrated in line with the manufacturing process.
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In a major advancement for 3D printing, researchers in the Whiting School of Engineering’s Department of Civil and Systems Engineering have developed a new 3D printer control method that promises to significantly improve 3D printing speed, precision, and material diversity for highly customized objects.
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The PTB is now bundling its activities in a new competence center ‘AI and Metrology’ (KI-Met).
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Non-contact optical system offers high-speed measurement capabilities alongside unprecedented accuracy. Its multisensory technology combines video and laser, enabling precise 3D analysis of even the most intricate components.
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Whether visualizing massive 3D CAD assemblies, optimizing intricate production systems, or integrating with innovative machine control interfaces, 3DViewStation delivers customized solutions for every challenge.
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