The machining center 850 is a mechanical equipment capable of CNC machining, which is widely used in today's machinery industry. Compared with its traditional machinery and equipment, the superiority of the machining center lies in its CNC system. With the participation of the numerical control system, the programmer can compile specific processing programs according to the different textures of the workpieces, processing requirements, and equipment characteristics through instructions to meet individual processing tasks. Because of this, the advantages of machining centers are obvious.
1. Convenient and efficient processing
When processing workpieces with complex shapes, the number of tooling can be greatly reduced. If you need to temporarily change the shape and size of the machined part during the machining process, you only need to modify the CNC program of the machined part.
2. High processing quality
The workpiece parts processed by the machining center through numerical control programming have stable quality, high machining accuracy and repeatability, and can currently be used in modern industrial processing and manufacturing fields such as aerospace, ship propellers, and automobile box parts.
3. Fast processing efficiency
The machining center is more efficient in the case of small batch and multi-variety production, because it can reduce production preparation, equipment adjustment and process inspection time. Since the machining center can perform the best cutting amount, the cutting time is reduced.
Fourth, strong processing performance
It can process complex curved surfaces that are difficult to handle with conventional methods and unobservable interiors of workpieces. Such as tube molds, precision revolving holes, medical equipment, handicrafts and so on.
In order to maximize the advantages of the machining center, the processing sequence must be reasonably arranged. For example, when processing box-like workpieces, the internal cavity must be processed first, and then the shape must be processed; the processing of the previous process cannot Affect the positioning and clamping of the next process; prioritize the processes that have less impact on the rigidity of the workpiece.
