Measuring Metal Stampings with a 3D Scanner
To overcome the difficulties of measuring metal stampings, many companies in the automotive, aerospace, computing, consumer electronics, and other industries turn to 3D scanners.
Read MoreTo overcome the difficulties of measuring metal stampings, many companies in the automotive, aerospace, computing, consumer electronics, and other industries turn to 3D scanners.
Read MoreDo you want to take advantage of 3D scanning to speed up your dimensional measurements? If you already own a traditional Coordinate Measuring Machine (CMM), you may have heard that you can retrofit it to convert it into a 3D scanner.
Read MoreAs a non-contact measurement solution, a 3D scanner excels at measuring soft components, such as rubber seals or foam parts. Automated 3D scanners offer a fast, accurate, and non-invasive way to scan even the most complex flexible shapes.
Read MoreAs someone who’s used almost every variety of scanner on the market, including structured light, LIDAR, CT, portable, and automated 3D scanners, I’ve noticed some similarities – and shortcomings – when it comes to industrial scanners.
Read MoreManufacturers who use a 3D scanner in their quality inspection processes sometimes need to inspect the inside of a part. In such situations, 3D scanners are used along side CT scanners.
Read MoreIn a manufacturing environment, an industrial 3D scanner – such as those we produce at ShapeGrabber – is ideal. These 3D scanners are designed to function in noisy, dusty manufacturing environments and in ambient lighting. They are also designed for use by technicians and operators rather than engineers or scientists.
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