Precision shafts have many uses in mechanical systems, mainly including the following aspects:
Support and transfer motion: Precision shafts are key parts in mechanical structures used to support rotating parts and transfer motion and power. It is mainly used to support transmission parts, transfer torque and carry loads.
High-precision machining: In precision machine tools and automation equipment, precision shafts can meet high-precision machining needs. For example, in CNC machine tools, precision shafts can support high-precision machining and meet the production needs of parts with complex geometric shapes.
Robotics: In industrial robots, precision shafts provide stable motion support to ensure the accuracy of robots when performing tasks. This is particularly critical for tasks such as welding and spraying.
Semiconductor manufacturing: In semiconductor manufacturing equipment, precision shafts can achieve micron-level or even submicron-level positioning accuracy to ensure high-precision operations during chip manufacturing.
Precision measuring instruments: In precision measuring instruments, such as coordinate measuring machines (CMMs), precision shafts provide reference surfaces to ensure the accuracy of measurement results.