The TrackProbe i-Tracker is a high-precision optical tracking system designed for accurate 3D measurement in industrial applications.
The TrackProbe i-Tracker is a high-precision optical tracking system engineered for metrology-grade 3D measurement applications. As the central component of the TrackProbe 3D probing system, the i-Tracker delivers accurate and reliable tracking of the i-Probe, enabling precise data acquisition in various industrial environments.
Equipped with a 25-megapixel industrial camera, the i-Tracker captures detailed spatial data, ensuring accurate tracking of the i-Probe’s position and orientation. Its advanced algorithms facilitate real-time mapping of complex geometries, making it ideal for tasks such as fixture adjustment, benchmark marking, and dimensional inspection.
The i-Tracker offers a measurement distance of up to 10 meters per tracker, accommodating large parts and assemblies. Its wide field-of-view allows for comprehensive coverage, reducing the need for repositioning and streamlining the measurement process.
Designed for versatility, the i-Tracker supports both wired and wireless data transfer modes, providing flexibility to suit various operational requirements. Its compatibility with the i-Probe ensures seamless integration into existing workflows, enhancing efficiency and productivity.
Built to withstand harsh industrial conditions, the i-Tracker operates effectively across a range of temperatures and humidity levels. Its robust construction and reliable performance make it suitable for use on the shop floor, in the field, or in other demanding settings.
Aerospace: Inspection of airframe components and structural assemblies
Automotive: Measurement of body panels, chassis, and powertrain components
Energy & Utilities: Assessment of turbines, pipelines, and infrastructure
Manufacturing: Quality control of large machinery and fabricated structures
Transportation & Mobility: Evaluation of railcars, ships, and heavy vehicles
The brochure includes key technical data, accuracy benchmarks, and example use cases. Helpful for evaluating fit across inspection, reverse engineering, and production tasks.
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