Economy choice for Industrial Grade Laser Scanning
- Two sets of cameras on the scanner can respectively obtain the projection laser from scanned object, this laser will deform when scanner moving on the object surface, then we can calculate the linear 3D information from the laser as the distance between two cameras is accurately calibrated in advance.
- Device identify the spatial position according to the visual marker on scanned object surface when scanning, which is used for spatial position conversion.
- The 3D position information where the laser goes through can be acquired by utilizing the linear 3D information and relative spatial position when scanner moves, thus form the continuous 3D information.
Based on theory of dynamic optic, users can individually adjust the relative positions between the 3D scanner and the object.
With 7 crossed red laser lines, HSCAN701 performs 480,000 measurements/s to reach fast data transmission.
0.030 mm Accuracy
HSCAN701 delivers single-frame measurement accuracy of 0.030 mm. It is insensitive to shiny, black, metal material objects; the single red laser can easily scan holes and dead angles.
Intelligent tracking algorithm and real-time data processing make HSCAN701 an essential product for entry-level 3D measurement.
- Automobile manufacturing
- Power generation
- Mold manufacturing
- Casting inspection
- Construction machinery
- Design inspection
- Architecture sculpture
- Academic research