Advanced Wireless 3D Measurement for Any Scale

• Extended Tracking, Greater Coverage
  Achieves up to 4.2 m tracking distance with advanced calibration algorithms and robust structural design, enabling accurate measurement from small components to large-scale assemblies.
• Metrology-Grade Accuracy Without Targets
  Delivers up to 0.025 mm system accuracy and 0.059 mm volumetric accuracy through proprietary algorithms and high-performance hardware—ideal for dynamic, marker-free scanning.
• High-Speed Data Acquisition
  Powered by edge computing, the system reaches 120 FPS and captures up to 6.63 million measurements per second using 27 blue laser crosses, ensuring rapid and detailed data capture even on complex geometries.
• Flexible Dual-Mode Operation
  Combines optical tracking with handheld wide-area scanning. The integrated laser projection allows the tracker to function as a handheld scanner, expanding measurement range and adaptability.
• Adaptive Photogrammetry for Stable Accuracy
  Maintains consistent volumetric accuracy across both short and long distances while eliminating cumulative errors—critical for large-scale inspection and precision engineering tasks.
• Fully Wireless and Mobile Deployment
  Operates seamlessly in diverse environments, including confined spaces, outdoor conditions, and power-limited areas. Advanced batteries and wireless data transmission ensure uninterrupted workflows.
• Enhanced Measurement Capabilities
  • Custom Adapter Support: Enables real-time 6D pose tracking for dynamic testing scenarios such as crash analysis, robotic calibration, and aerospace assembly.
  • Optical Probe Integration: Accurately captures hidden or inaccessible features like holes and reference points.
  • Intelligent Edge Inspection: Utilizes gray-value measurement for precise detection of edges, slots, and closed features.
• Built for Industrial Versatility
  Designed to support applications across aerospace, heavy industry, manufacturing, and automation—delivering faster workflows, higher accuracy, and improved inspection reliability.