FreeScan Trio – Shining 3D Scanner

Best for inspectionand reverse engineering

The FreeScan Trio boasts 98 laser lines for capturing intricate details without the need for physical markers, streamlining your workflow. Precision isn't just a feature; it's a promise. With 20 years of engineering expertise and key patents, this scanner is the ideal tool for quality control, inspection, and reverse engineering.

98 Laser Lines, Zero Markers
The FreeScan Trio's thorough 98-laser-line mode eliminates the need for markers, efficiently capturing all your workpieces. Paired with an ultra-fast scan speed of up to 3,010,000 points/s, you'll truly feel the acceleration in your workflow.

Features

With its fast and innovative 98-laser-line mode, the FreeScan Trio is SHINING 3D's first marker-free laser 3D scanner. Less preparation, more efficiency.
The FreeScan Trio's three additional laser scanning modes deliver unrelenting accuracy, each reaching up to 0.02mm with markers. This metrology device also features built-in photogrammetry to offer an impressive volumetric accuracy of up to 0.02mm + 0.015mm/m.
Whether you need speed or accuracy on small or large assemblies, the versatile FreeScan Trio is geared for all your projects.

Scan modes

• 98 laser lines: Marker-free, ultra-fast scan speed of up to 3,010,000 points/s

• 26 laser lines: 650x580mm FOV for fast 3D scanning

• 7 laser lines: Industrial-grade, 5MP cameras to capture exceptional detail

• 1 laser line: Optimized camera angle for pockets and holes

Unrelenting Accuracy and Precision

For quality control, inspection, and reverse engineering, its 0.02 mm accuracy (with markers) and high-precision performance deliver results you can count on, time and time again.
* Data generated with the 26 laser line mode. Compared to the CAD file.

Photogrammetry

The FreeScan Trio features a built-in photogrammetry mode that can achieve a remarkable volumetric accuracy of up to 0.02mm + 0.015mm/m. Place markers and just one magnetic scale bar and the FreeScan Trio will quickly lock in the spatial position of the target frame.