High precision CNC vertical lathe is an automation equipment that integrates machine tools, computers, motors, drag, automatic control, detection and other technologies. It has a wide range of processing performance and can process linear cylinders, oblique cylinders, arcs, and various threads. It has various compensation functions such as linear interpolation and arc interpolation, and has played a good economic effect in the mass production of complex parts.
When using high-precision CNC vertical lathe, the following principles should be followed:
1. Preliminary preparation
The determination of the process requirements for typical parts and the batch size of processed workpieces, as well as the formulation of their functions, is a prerequisite for preparation and reasonable selection to meet the process requirements of typical parts. The process requirements for typical parts mainly include the structural dimensions, processing range, and accuracy requirements of the parts. Select the control accuracy of a CNC lathe based on accuracy requirements, including the dimensional accuracy, positioning accuracy, and surface roughness of the workpiece. Choosing based on reliability is a guarantee for improving product quality and production efficiency. The reliability of CNC machine tools refers to the stable operation of the machine tool for a long time without malfunction when performing its functions under specified conditions. The average time is long, even if there is a malfunction, it can be recovered in a short time and put back into use. Choose a machine tool with a reasonable structure, excellent manufacturing, and mass production. Generally, the more users there are, the higher the reliability of the CNC system.
2. Machine tool accessories and tool selection
Machine tool accessories, spare parts and their supply capacity, as well as cutting tools, are very important for CNC lathes and turning centers that have already been put into operation. When choosing a machine tool, careful consideration should be given to the compatibility of the cutting tools and accessories.
3. Pay attention to the identity of the control system manufacturer
Generally, when choosing products from the same manufacturer, at least the control system from the same manufacturer should be purchased, which brings convenience to maintenance work. Teaching units, due to the need for students to have a wide range of knowledge, choosing different systems and equipping them with various simulation software is a wise choice.
4. Choose based on performance price ratio
Ensure that functions and accuracy are not idle or wasted, and do not choose functions that are unrelated to your own needs.
