OWIS’ Post

🔴 Our latest breakthrough is here!  The #LINPOS application shows off our direct-drive linear stages at their very best. At a project meeting, Rüdiger Ruh and Peter Hilgers were impressed by the #HoloAMS 3D measuring stand, developed by the Fraunhofer Institute for Physical Measurement Techniques IPM. This cutting-edge digital holographic 3D technology enables fast and highly precise measurement of the workpiece surface. To position the workpieces, Fraunhofer IPM utilises two LINPOS linear stages with direct drive. Here's what you need to know about this high-end positioning: ✔️ fast ✔️ dynamic ✔️ highly precise  ✔️ reliable ✔️ durable Find out more about the functional principle, requirements and other exciting insights in our application report. Click it! ➡️ https://lnkd.in/ePWA9XMP #micropositioning #digitalholography #3Dmetrology #lasersloveOWIS 📸 Fraunhofer Institute for Physical Measurement Techniques IPM

  • Positioning in the sub-µm range: The high-precision positioning of the component in the x-y plane is realized with two LINPOS M and the positioning controller PS 90+. The lateral resolution is in the sub-µm range.
  • Digital-holographic 3D measurement technology: The Fraunhofer Institute for Physical Measurement Techniques IPM has developed a version of the HoloAMS optical 3D measurement stand for the automated execution of customer-specific measurement tasks in production control
  • Functional principle: Predefined measuring fields on the component surface are illuminated with laser light and then combined to form an overall image. Based on the phase distribution of the backscattered light wave, the shape of the component is of the component is stored and made usable.

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