The handheld measurement scanner uses a laser beam and professional visual algorithms to quickly obtain three-dimensional data of parts. The handheld measurement scanner is a highly cost-effective portable scanning and measurement system.
The new generation of non tracking and non sticking handheld laser scanning mode combines sticking mode and reverse tracking mode, suitable for batch scanning in fixed scenes.
Model：MarvelScan
MarvelScan features a new generation of handheld laser scanning mode that does not track or stick points, integrating Inside Out monocular positioning technology. Scanning eliminates the need to stick positioning markers on the surface of objects, completely eliminating the tedious operation of repeatedly sticking points. In addition, compared to optical tracking scanners that also do not require sticking points, MarvelScan reduces the number of trackers and spherical target frames, greatly improving portability and simplifying the equipment calibration process, significantly improving scanning efficiency. MarvelScan has completely changed the way handheld scanners work and is a revolutionary product in the 3D scanning industry.
MarvelScan integrates three cameras on the same scanning device, two of which are binocular scanning cameras and the third is monocular positioning cameras. By pasting positioning markers on stable reference structures such as walls, roofs, columns, etc., or using convenient brackets, MarvelScan can reverse positioning and achieve "grab and scan" in various scenarios.
MarvelScan integrates three cameras on the same scanning device, two of which are binocular scanning cameras and the third is monocular positioning cameras.
By pasting positioning markers on stable reference structures such as walls, roofs, columns, etc., or using convenient brackets, MarvelScan can reverse positioning and achieve "grab and scan" in various scenarios.
1. Pure blue light technology
All LED lights and laser cables in the product use blue wavelength light sources, greatly improving scanning precision and adaptability
2.Fast scanning speed
The standard mode has 22 crossed blue laser lines, with a scanning speed of up to 1.35 million measurements per second, which is 2.8 times that of a regular 7-line scanner; Fine mode scanning rate up to 600000 measurements/second
3.Fine scanning
Five parallel blue laser lines can clearly capture product details, greatly improving the precision of scanning data compared to standard modes
4.Hole position flash measurement technology
The hole position flash measurement technology has added the function of hole position measurement accessories, as well as the functions of importing CAD hole measurement and automatic alignment, greatly improving the adaptability and convenience of hole measurement
5.Non stick scanning mode
The new generation of handheld laser scanning mode without tracking or sticking points eliminates the need to stick positioning markers on the surface of workpieces, whether it is standard scanning, fine scanning, hole position flash testing, etc., achieving true instant scanning
6.Independent photogrammetry function
The photogrammetric camera with a blue LED light source has much higher imaging clarity than an infrared light source, and is independently focused (not reused with a scanning camera), greatly improving the accuracy of photogrammetry
7.Real time triangular mesh
Real time generation of triangular meshes during the scanning process, WYSIWYG, with finer and clearer details
8.Meet the needs of multi scenario applications
MarvelScan is not only suitable for indoor enclosed environments, but also supports spot scanning even outdoors, relying on large objects or portable supports
1. Automotive industry: vehicle scanning, competitor analysis, automotive design, component measurement, aesthetic design, etc；
2. Tire industry: wear detection, compression deformation analysis, cross-sectional line analysis, mold quality inspection, reverse design, etc；
3. Sheet metal industry: reverse design, external dimension testing, rebound detection analysis, etc；
4. Forged castings: inspection of casting molds, reverse design, assessment of clamping gaps, deformation detection, structural characteristic analysis, etc；
5. Construction machinery: quality inspection and control, reverse design, mechanical fixture design, mold adjustment, etc;
6. Cultural and museum applications: cultural relic scanning, ancient building protection, virtual restoration, mural detection, etc；
