| Image |
Model |
Technology |
Highlights |
Software Included |

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FreeScan Combo+ [Laser+IR] 3D Scanner |
IR+Laser |
- The FreeScan Combo+, with a compact size and weighing only 620g.
- Hybrid Capturing Technology: blue laser and infrared VCSEL and 4 modes of operation.
- The Combo+ has 50 cross lasers and therefore twice the scan speed.
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FreeScan Trak Nova [Large volume, wireless, markerless] |
Laser |
- The tracker, FreeScan UE Nova, also serves as a handheld laser scanner with an extra large FOV, delivering great efficiency and flexibility.
- Real-time tracking technology allows for the capture of fine details. With its wireless and compact design, the system excels in scanning confined spaces.
- Combining photogrammetry with a calibration rod, this feature ensures real-time marker verification and consistent volumetric accuracy—ideal for efficient and accurate large-object scanning.
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FreeScan Trio [no markers] 3D Laser Scanner |
Laser Line, Structured Light, and Laser Cross Projection |
- The FreeScan Trio presents a notable development in laser 3D scanning technology, offering marker-free scanning capabilities facilitated by a 98-laser-line mode and a triple, 5MP camera system.
- This 3D scanner offers both handheld and fixed scanning modes, allowing you to adapt to various scanning scenarios effortlessly.
- Achieve high-precision scanning with an accuracy of up to 0.03 mm, ensuring your 3D models are as detailed as possible.
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FreeScan UE Pro 3D Laser Scanner with Photogrammetry |
Laser |
- Weighs only 840g
- It 3D scans black and reflective surfaces
- A 600 x 550mm scan area
- A scan speed of 1,390,000 pts/s
- Photogrammetry and fine scan mode.
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FreeScan UE Pro2 wireless 3D Laser Scanner with Photogrammetry |
Laser |
- With an impressive scan speed of up to 3,460,000 points per second, the FreeScan UE Pro2 significantly enhances productivity, doubling the scanning efficiency compared to its predecessor.
- FreeScan UE Pro2 patented photogrammetry technology optimizes the spatial positioning of markers, ensuring consistent accuracy for large objects.
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