Hexagon Absolute Laser Trackers for Advanced 3D Metrology
The Hexagon Absolute laser trackers provide high-accuracy 3D measurement solutions for large-scale applications, ensuring precise positioning and alignment. Engineered with Absolute Distance Meter (ADM) technology and a robust IP54-rated design, these systems offer reliable operation in challenging industrial environments. With models such as the Absolute Tracker AT960 and AT930, they deliver sub-micron accuracy, real-time data capture, and seamless integration with existing CAD systems, meeting the stringent requirements of aerospace, automotive, and heavy machinery sectors.Contact an Expert
- Absolute Distance Meter (ADM) Technology: Ensures accurate, direct distance measurement without the need for a warm-up period or drift correction.
- Sub-Micron Accuracy: Provides measurement accuracy down to sub-micron levels for high-precision applications.
- High-Speed Scanning: Capable of capturing up to 1,000 points per second, allowing rapid data acquisition for complex geometries.
- Integrated Wi-Fi and Battery Operation: Facilitates cable-free operation with integrated Wi-Fi and hot-swappable batteries for extended use in the field.
- IP54-Rated Protection: Robust housing with IP54 certification for dust and water resistance, suitable for harsh industrial environments.
- Advanced Temperature Compensation:Built-in sensors provide automatic compensation for temperature variations, ensuring consistent accuracy.
- Large Measurement Volume: Supports a measurement volume of up to 160 meters with high-accuracy tracking, ideal for large-scale metrology tasks.
- Multi-Function Sensor: Combines six-degrees-of-freedom (6DoF) probing, reflector measurement, and 3D scanning in a single device for versatile application.
- Portable Design: Compact and lightweight, designed for easy transportation and setup in various work environments.
- Seamless CAD Integration: Compatible with major CAD software platforms, enabling direct measurement comparisons and real-time data analysis.