FreeScan UE 7 blue light 3D laser scanner inherits the iconic features of "high accuracy" and "high precision". At the same time ergonomic and lightweight 3D laser scanner design, make it easier to hold and operate, providing metrology-grade, high-accuracy inspection solutions for the automotive, transportation, aerospace industry, moulding inspection, energy generation, machinery manufacturing and etc.
Metrology-class high accuracy
Accuracy up to 0.02mm, Volumetric accuracy 0.02mm+0.04mm/m.
Stability of Repetitive Measurement
When measuring the same workpiece repeatedly, FreeScan UE 11 3D laser scanner delivers consistent results, proving stability and reliability.
Portable and Lightweight
The device weights only 670g, facilitating handheld scanning more easily and avoiding fatigue due to long working time.
Wide Range of Material Adaptations
Supporting the scan of black and reflective surfaces to accommodate a wider range of scanning applications
The FreeScan UE 11 3D scanner scan area can reach 510*520mm, providing larger field of view for a smoother and more efficient scanning experience.
User-friendly operating system with simple software setup and guidance through the whole workflow process, allowing users to master the 3D scanner operation easily.
Seamless Docking to Inspection Software
The scan data can be imported into inspection softwares like Geomagic Control X, Verisurf Inspect and Einsense Q with one click, increasing the inspection efficiency.
FreeScan UE 11 Specification
Multiple Lines 3D Scan, Single Line 3D Scan
3D Scan Accuracy
3D Scan Volumetric Accuracy
3D Scan Speed
1,020,000 points/s (UE11)
Max. Scan Depth
Max. Scan Range
Spacial Distance between Points
22 lines +1 line blue laser ray (UE11)
Class 2M (eye safe)
EINSENSE Q 3D digitized inspection software (optional)
Recommended Computer Configuration
System：Win10，64位；Grafic Card：NVIDIA Series，GTX1080 and higher；GPU Memory：≥4G；Processor：I7-8700；Memory：≥32GB
Volumetric accuracy is the relationship between the accuracy of the 3D data and the size of the object, with a reduction in accuracy of 0.04 mm per 100 cm. the standard above is determined by measuring the sphere centre distance by splicing the marker points.
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