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Machining programming steps of CNC machining center
CNC machining center is used for parts processing with high efficiency and precision. The first step after determining the part processing drawing scheme is to carry out numerical control programming. As a professional manufacturer of CNC machining centers, the following programming steps are for reference:
4. Prepare the processing procedure table
According to the machining route, cutting parameters, tool number and tool compensation, determine the auxiliary action and tool path of the vertical machining center machine tool.
5. Production control medium
Record the contents of the program table prepared by the technician on the control system as the input information of CNC equipment.
6. Program verification and first article test cutting
This is also the beginning of processing according to programming. After verification and tool testing, the prepared procedures and the prepared control system are ready for formal processing.
Automation performance of sheet metal precision machining
The rapid development of social economy has also promoted industrial enterprises to develop towards the field of mechanical automation. The realization of the goal of sheet metal machining automation is an important manifestation of the improvement of industrialization. Through theoretical research and analysis on the development of sheet metal machining automation, theoretical support can be provided for practical development, thus promoting the overall level of mechanical automation.
Precision machining technology and how to make the surface more smooth
After entering the mechanical field from precision machining, it is still in a state of continuous innovation, and we do not know why it has been upgrading. We simply sort out the main reasons for the continuous innovation of this processing method and have a look at the answers.
CNC machining is not only suitable for processing large quantities of parts, but also for processing small quantities of parts and high-precision parts. NC machining has good flexibility and automation. It is more suitable for processing curve and curved surface parts with complex contour shape, many holes and grooves, and complex box and prism parts with a large number of holes and grooves. Under the condition of multi variety and small batch production, NC machining can obtain higher economic benefits.
