3D probing, also known as three-dimensional probing, is a technique used in manufacturing and metrology to accurately measure the geometric features of three-dimensional objects.
It involves using a probing system, typically mounted on a coordinate measuring machine (CMM) or a CNC machining center, to gather data points from the surface of a workpiece.
In 3D probing, a probe with a stylus tip is brought into contact with the surface of the object being measured. The probe then records the position of the stylus tip in three-dimensional space, capturing data points such as coordinates, distances, angles, and surface contours. By collecting a series of data points across the surface of the object, a detailed and accurate representation of its three-dimensional geometry can be created.
3D probing is commonly used for various applications in manufacturing, including quality control, dimensional inspection, reverse engineering, and part alignment. It allows manufacturers to verify the accuracy of machined components, ensure that parts meet design specifications, and detect any deviations or defects in the manufacturing process.
Overall, 3D probing plays a critical role in ensuring the quality and precision of manufactured parts, helping manufacturers achieve higher levels of accuracy, efficiency, and consistency in their production processes.
