In the mechanical processing industry, machining accuracy often largely determines the quality of processed parts. CNC precision part machining itself is a highly demanding processing technique, which can achieve better results compared to traditional machining methods. There are many advantages that other machining methods do not have. So what are the advantages of mechanical part machining? Below is a brief introduction by the editor of precision machining:
1. Multi axis control linkage: Generally, three axis linkage is the most commonly used, but through some adjustments, machining centers with four, five, seven, and even more linkage axes can be achieved.
2. Parallel machine tool: Common machining centers have relatively fixed functions, which can combine machining centers with turning centers, or vertical and horizontal machining centers, which can increase the processing scale and capacity of the machining center.
3. Tool damage warning: By using some technical detection techniques, it is possible to detect tool wear and damage in a timely manner, and provide an alarm. This enables timely tool replacement to ensure the processing quality of the parts.
4. Service life management of cutting tools: It is possible to uniformly manage multiple cutting tools operating simultaneously and multiple blades on the same cutting tool, in order to improve production power.
5. Machine tool overload and power outage maintenance: According to the maximum load level set according to the production process load, when the load reaches the set value, the machine tool can complete active power outage and shutdown to implement maintenance effect on the machine tool.
