Wireless marker-free 3D scanning with tracking and handheld modes

EinScan Trak is a wireless, dual-form, marker-free tracking system for professional 3D digitisation. It combines tracking mode and handheld scanner mode in one portable setup, supporting reverse engineering, cultural heritage preservation, automotive customisation, large-object digitisation, product design, inspection, and research workflows.

Flexible scanning workflows for different object sizes

The EinScan Trak system supports seamless switching between tracking mode and handheld scanner mode, with real-time adjustment during scanning and cross-mode resolution merging. The handheld scanner can be detached from the spherical frame and used independently without recalibration, which adds flexibility for narrow areas and small-to-medium objects.

• Tracking mode supports marker-free scanning within the tracking volume.
• Handheld scanner mode supports smooth marker-free scanning on feature-rich surfaces.
• One-click startup and easy calibration support a streamlined workflow.

Laser scanning features for detailed capture

EinScan Trak uses 19 + 19 crossed laser lines for high-speed scanning, 7 parallel laser lines for detailed capture, and a single laser line for deeper areas and fine details. The system is designed to scan black and reflective surfaces, including car rims, and supports outdoor and indoor use, including strong outdoor light up to 110,000 lux.

True-colour texture capture and software support

The built-in 5MP texture camera captures object colours and material details. EXScan Trak is the scanning software for the EinScan Trak Series, and compatible software includes EXMeasure for 3D Measurement, Polyworks, Geomagic Control X, EXModel for Reverse Engineering, BlueStar Mapping for Texture Mapping, and Geomagic Design X.

Use cases for 3D scanning and measurement

• Reverse engineering: Capture scan data for CAD modelling workflows and dimensional analysis.
• Heritage and art: Record geometry and colour details for preservation, restoration, research, and digital exhibition.
• Automotive and industrial work: Digitise large components, custom parts, fixtures, prototypes, and complex surfaces.
• Education and scientific research: Support 3D data capture, measurement, and analysis in classroom and laboratory settings.