The CNC machining center (เครื่อง CNC machining center, which is a term in Thai) is a modern manufacturing tool that can conduct several machining procedures with substantial-quality, precision, and surface finish. They can perform lathe, drilling, and mining operations.
Different types of operations are used to manufacture lustrous parts in the industry. They perform boring, tapping, drilling, and several other machining operations. In the article, we will share the primary types of the CNC machining center.
Types Of The CNC Machining Center
There are several types of CNC machining centers. A few of them are discussed as under:
Milling is a process type that engages spinning multi-point cutting equipment to eliminate materials from the task piece. In conventional milling, the machine sustains the task piece to the spinning of the cutting tools in the opposing direction. On the other hand, in CNC milling, the task piece is spun in the same direction. The potential functioning of the milling process involves peripheral milling, which means cutting extensive holes like threads and slots into the task piece. Another functioning includes face milling, which indicates cutting flat trivial surfaces and holes with flat bottoms into the task piece.
Drilling indicates making multi-point drill holes to the task piece that are cylindrical. The CNC machine sustains the spinning drill in a perpendicular direction to the surface plane of the task piece. It produces vertically-oriented holes with a diameter equivalent to the diameter of the drilling cavities. On the other hand, you can also perform angular drilling operations using exclusive work-holding equipment and machinery configurators. The potential functioning of the drilling process includes tapping, reaming, counterboring, and countersinking.
Turning is another process of machinery that engages spinning single-point cutting equipment to eliminate materials from the task piece. In CNC turning, the machinery, usually known as CNC lathe machinery, sustains the cutting tool in a straight movement along the bottom of the spinning task piece. It removes the materials around the boundary until the caliber is achieved. It thereby produces cylinder portions with internal and external characteristics like threads, tapers, and slots. The potential functioning of the turning process includes grooving, boring, thread cutting, and facing. When we compare the lathe with the CNC mill, milling works wonder for more complicated portions. Alternatively, lathes work better for the fast and accurate creation of circular parts with stationery cutting tools and rotating task pieces.