A traditional coordinate measuring machine is one of the most capable tools in dimensional inspection, but that doesn't mean a CMM is automatically the most efficient way to measure every part. For manufacturers inspecting small components, high quantities of parts, or features that can be measured optically, a vision measurement system may provide a faster and more automated approach. The question isn't whether vision measurement is “better” than a CMM. It's whether the inspection application actually benefits from contact measurement—or whether optics can accomplish the job more efficiently. That distinction matters when you're trying to improve inspection throughput without sacrificing repeatability. Why Vision Measurement Can Be Faster A traditional CMM frequently relies on a tactile probe to collect individual measurement points. That's extremely useful when the application requires it, particularly for complex three-dimensional geometries. But there are also many parts where the features of interest can be identified and measured optically. A vision measurement system uses high-resolution optics, controlled lighting, and image-processing software to locate and measure features without physically contacting the component. Holes, slots, radii, profiles, contours, edges, and other features that are clearly visible to the system can often be inspected quickly and repeatedly. For a manufacturer measuring […]