3D scanners are widely used in manufacturing, and many hardware devices require it for measurement and scanning. Scanning hardware for 3D scanners is a big challenge because hardware requires a high degree of precision. The 3D scanner can perform a complete measurement scan of the entire scanned object, including wear measurement, and the obtained data is more accurate and can meet the requirements of the manufacturer. The traditional measurement is done by caliper and coordinate measuring machine. The traditional method can't measure all the data of the hardware, so the precision obtained is not high, and it can't meet the specifications of the manufacturer.

Because traditional methods cannot meet current industrial production, many manufacturers have introduced high-precision 3D scanners. Product measurement and inspection in the automotive, aerospace, computer, consumer electronics and other industries have turned to 3D scanners, abandoning traditional measurement methods. When scanning, the 3D scanner can capture millions of data points by using non-contact scanning, which can quickly establish a 3D data model, thus shortening the product development cycle of the manufacturer. This is unmatched by traditional methods. Scanning hardware with Hualang 3D scanner can quickly scan all the objects, and the markers are automatically connected to each other to generate point cloud data intelligently. Using a 3D scanner can reduce human error, it can get millions of data points in a matter of minutes, and the processing of curves and complex shaped hardware is completely ok. If you want higher precision, use the Hualang 3D photogrammetry system together, the accuracy of the scanned data will be higher

It is the unremitting pursuit of every enterprise to shorten product development and production cycle, reduce production cost, improve product quality and enhance product competitiveness in the market. With a 3D scanner, these goals are just around the corner!