zaiamanda

In the processing of injection molds, in order to improve the accuracy of the parts, it is necessary to cut during the processing of injection molds. So what are the cutting technologies related to injection molds?


1. Micro wire cutting technology is mainly used for small parts that are difficult to process by large machinery. The electrode wire is a relatively small tungsten wire. plastic injection molding,The weak discharge energy during processing has extremely high requirements for the pulse control system and the accuracy of the machine tool. The parts processed by the micro wire cutting technology have extremely high precision and have a better advantage in the processing of small parts.


2. Machine tool control. Generally, there are certain machining errors in the screw, nut, gear and other parts of the machine tool, and the surface roughness of the machine is difficult to meet the requirements. Therefore, it is possible to use new materials to increase the accuracy and rigidity of the machine tool, and improve the machining accuracy of the machine tool as a whole.


3. Pulse power technology, real-time monitoring of the pulse power parameters of the discharge state, adjust according to the situation, effectively reduce the probability of wire breakage and improve the efficiency of wire cutting processing, and set the current front rising rate of the pulse power supply through an accurate numerical control system to reduce processing The accuracy is greatly improved.


4. Multi-cutting technology. In precision machining, there is no guarantee that one wire will be directly successful. At this time, multiple cutting processes are required. Today's cutting technology has been advanced a lot, but there are still shortcomings, so there are many What can be improved.


5. Intelligent control technology, use fuzzy control technology, expert system, automatic control system operation, define the processing object, set the performance and processing conditions of related parts, the system will automatically generate processing procedures without manual programming. In the event of a failure, an alarm is issued in time, which improves the overall efficiency.



like：
What should I do if there is a phoenix in the injection mold processing?

What is the reason for the insufficient strength of the products produced by injection molding?

How to effectively prevent the aging of the mold