• HIGH-PERFORMANCE 6DoF LASER TRACKER

    The Leica Absolute Tracker AT960 is an all-in-one laser tracker that fits in a single flight case. Offering high-speed dynamic measurement as standard, it is a complete solution for six degrees of freedom (6DoF) probing, scanning and automated inspection as well as reflector measurement. This tracker can be easily transported and powered up wherever you can take it. Dynamic features and flexible functionality give users absolute speed, accuracy and portability.
  • FOR HIGH-ACCURACY REFLECTOR MEASUREMENTS

    Featuring the Leica Absolute Interferometer (AIFM), the Leica Absolute Tracker AT930 performs high speed dynamic measurement capabilities that set it apart from other trackers. This tracker is fast, accurate, and user friendly with automatic target location, real-time architecture, and the ability to instantly re-establish an interrupted beam. While the Leica Absolute Tracker AT930 is the 3D version of the AT960, it shares all the same features and functionality except for the variozoom 6DoF compatibility: making it the ideal solution for high-speed measurements in volumes of up to 160m (Ø).
  • MEASURING ANYWHERE WITH ENHANCED PRODUCTIVITY

    The Absolute Tracker 500 (AT500) is the newest member of the Absolute Tracker line. With more extensive protection from outdoor elements, this tracker can be used from a mountain to the shop floor with its IP-54 rating and extended temperature working range. AT500 is ready to measure as soon as it's powered on as a result of its built-in controller and battery power. No leveling or reflector initialization required.
  • LARGE-SCALE DIRECT MEASUREMENT

    Operators have a growing interest in digitally pinpointing and inspecting large-scale parts and surfaces that are out of scope for the traditional handheld 3D laser scanner, touch probe, and/or reflector. The ATS600 meets these challenges of new applications with various working principles that can accurately locate a point in 3D space with metrology-grade accuracy without the need for a reflector at the point of measurement.
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