The sophisticated numerical control electronic press can set the multi-stage stroke speed
* : * : admin * : 2022/11/16 11:39:00 * : 8
3、 Precise operation: The sophisticated numerical control electronic press can set the multi-stage stroke speed, accurate displacement stop, accurate in place stop, accurate pressure stop, etc. within a certain range. However, ordinary hydraulic presses cannot be operated with high accuracy due to the sealing of pipelines, valve bodies and cylinder bodies, and many of them are realized by mechanical limit. If they are close to the operating accuracy of electronic presses, the equipment cost will be much higher than that of electronic presses and the operation will be more complex.
4、 Efficacy: The sophisticated electronic press has the following functions:
A Judgment of online press fitting quality: the curve of the whole process of press fitting force and displacement can be displayed on the LCD touch screen; The whole process operation can automatically determine whether the product is qualified at any stage of the operation, and remove the defective products in real time, so as to achieve online quality control;
B All the pressing force, pressing depth, pressing speed, pressure holding time, etc. can be input on the operation panel with friendly interface and simple operation;
C can customize, store and call 100 sets of press mounting programs: seven press mounting modes can be selected to meet your different process needs;
D The press mounting data can be stored in the computer by connecting the computer through the external port to ensure the traceability of the product processing data and facilitate the production quality control;
E Because the machine itself plays an accurate role in pressure and displacement control, there is no need to add a hard limit on the tooling. When processing products of different specifications, just call different press assembly programs, so it can easily achieve multiple uses of one machine and flexible assembly.
1. Low safety and high noise.
2. High power consumption and heavy pollution.
3. It is not easy to manipulate the peripheral density.
4. Quality control is not easy.
5. The mold production cost is high.