3D inspection is a necessary step in the quality control process of all products, especially in the production of precision parts. It is difficult to avoid parts that have been deformed to produce undesirable quality in the manufacturing process.
With the improvement of the manufacturing level, the requirements for the quality inspection of parts and components have also been continuously improved. The problems encountered in quality inspection have also appeared:
● A-level surface parts require high precision and traditional 3D coordinates are difficult to detect
●Complete data for complex structural parts is difficult to obtain
●Deformable material is difficult to detect
●Traditional manual measurement accuracy is not high
●Contact and manual measurements take a long time
ScanTech handheld 3D scanner can solve the above-mentioned problems of quality inspection of precision parts. Through non-contact laser 3D scanning technology to obtain 3D point cloud data of the product, the product’s shape rapidly 3D inspected by3D inspection software has the following advantages:
●Complete scan data generate accurate CAV full-size inspection report, and analyze the full-scale deviation of points, lines, and surfaces.
●High efficiency of laser 3D inspection, greatly reduce the cost of inspection and expand the competitive advantage of manufacturer.
●Flexible and portable3d scanner can adapt to various complicated working environments and has a wide range of applications.