Precision Machining
Precision machining refers to CNC machining systems that are equipped with a computer consisting of one or more microprocessors and storage units. Precision machining utilizes specialized software in conjunction with CAD/CAM software systems to instruct the tooling to execute the exact movements necessary to create the part.
Precision machining is a fast and effective way to manufacture detailed parts. Because precision machining is a highly automated process, very little worker involvement is required. As long as operators load materials and make any necessary adjustments to the design parameters, precision machining can run unattended for a significant period of time.
CNC milling, also known as CNC turning, is possibly the most common kind of CNC precision machining service. The number of axis points within the milling machine classifies CNC milling. Typically, CNC milling machines have at least three axes, X and Y for horizontal movements, and Z for verticals. In some cases, however, CNC milling machines utilize five axis points with extra pivot points. CNC precision machining can consist of a number of detailed operations including precision laser work, which involves the precise cutting of parts with a laser.