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  1. Laser Trackers are straightforward tools: they measure two angles, plus a distance. The tracker sends a laser beam (hence, "Laser Tracker") to a retroreflective target (commonly a spherically mounted retro reflector, or SMR) that is held against the object being measured.

    • ActiveSeek Feature

      Discover the ActiveSeek TM feature of the FARO ® Vantage S...

    • Case Study

      Case Study - Understanding Laser Trackers | Article | FARO

    • Whitepaper

      Whitepaper - Understanding Laser Trackers | Article | FARO

  2. So, how do they accomplish all of that so quickly? The Laser Scanner emits a beam of infrared laser light onto a rotating mirror that effectively paints the surrounding environment with light. The scanner head rotates, sweeping the laser across the object or area.

  3. As the global leader in 3D measurement, imaging and realization solutions, bridging the digital and physical worlds is what we do best. We help manufacturers eliminate costly errors, builders construct astonishing projects and law enforcement establish better cases.

  4. Introducing the newest FARO Focus 3D laser scanner. The Focus Premium Laser Scanner is a next-generation reality capture laser mapping device that delivers f...

    • 2 min
    • 48.1K
    • FARO Technologies
  5. License Container. Both above license types are delivered in a license container. FARO refers to the “License Container” as whether the license is applied as a “Softlock” (an alphanumeric code you enter into the software) or a “Hardlock” (physical USB device that look like a memory stick).

  6. scan corners, scan complex parts, scan difficult parts, holding the LLP, pointing the LLP, normal position for the LLP. This article details which are the most efficient and best practices for scanning complex part surfaces with the Laser Line Probe (LLP) or FARO ScanArm.

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  8. This article demonstrates the basic operation of the FARO® Focus 3D Laser Scanner.