Faro Laser Line Probe Accuracy

The main difference between near and far field scanning is point spacing density.

Faro laser line probe accuracy. Adding visible light to the preview window will decrease the number of frames per second sent to the computer and should only be used when diagnosing problems with the faro laser line probe. The faro prizm laser line probe delivers high resolution 3d color scanning and allows users to view inspect and manipulate detail rich 3d color point clouds of parts or assemblies. In near field scanning points will be closer together than in far field due strictly to the optical nature of the device. You get consistent high quality results and are the most efficient when you use best practices for scanning complex part surfaces with the laser line probe llp or faro scanarm.

The faroblu tm laser line probe hd high definition the faroblu laser line probe sd standard definition and the faro prizm laser line probe add unparalleled non contact measurement capabilities to the entire quantum faroarm product family creating an all in one measurement solution. The quantum combined with the prizm laser line probe provides the high fidelity required for accurate color point cloud data capture and is ideally suited for. Activate the proper probe and perform a new probe compensation every time you put a new probe tip on. High accuracy mode will improve the quality and 2sigma value of your data but will reduce your field of view by half and shorten your effective.

Accuracy is affected by many factors such as surface texture color angle of incidence etc. Features of the faro laser line probes. Hold the probe as close to 0 in all directions as possible.