Werkstückposition

Werkstückposition refers to the precise location and orientation of a workpiece within a manufacturing or assembly process. It is a critical parameter that ensures accuracy and repeatability in operations such as machining, welding, or robotic assembly. Establishing and maintaining the correct Werkstückposition is fundamental for achieving desired part quality, preventing collisions, and optimizing production efficiency.

In machining, Werkstückposition is often defined relative to the machine's coordinate system. Fixtures, jigs, and clamping devices are used to hold the workpiece securely and guide it to its predetermined position. For robotic applications, sensors and vision systems may be employed to detect and adjust the Werkstückposition dynamically, compensating for variations in part placement.

Accurate Werkstückposition is essential for automated processes where manual intervention is minimal. Deviations can lead to incorrect cuts, misaligned assemblies, or damage to tools and equipment. Therefore, robust methods for workpiece locating, referencing, and securing are integral to modern manufacturing engineering. The concept extends beyond simple translation to include rotational orientation, ensuring the workpiece is presented to the operation in the correct attitude.