In the actual production process, we will find that the same CNC lathe is operated by different personnel, and the production efficiency varies greatly within the same working time. The processing capability of many small CNC lathes cannot be fully demonstrated and cannot be better utilized. reason. Only by fully considering all factors that affect the production efficiency of small CNC lathes and attempting to improve their production efficiency, can the production capacity of small CNC lathes be fully utilized. In order to improve the production efficiency of CNC lathes, CNC machining center manufacturers must first carefully analyze the parts processed by small CNC lathes, and clarify the material, structural characteristics, geometric tolerance requirements, roughness, and heat treatment technical requirements of the parts. On this basis, select the appropriate milling process and simple machining path on the CNC lathe.

When replacing parts machined by CNC lathes, it is usually only necessary to change the CNC program, thus saving production preparation time. The CNC machining center manufacturer has already started mass production, and the product quality is easy to control. The CNC lathe itself has high precision and high rigidity. It can choose moderate processing volume and high performance (usually 3-5 times the value of ordinary machine tools), and can perform multi coordinate connections to process irregularly shaped parts. High processing accuracy, high processing quality, and high degree of automation of CNC lathes can reduce work intensity.

The inclined bed CNC lathe is a tilted plane formed by the intersection of two guide rails and the base plane. Let's take a look at the actual performance of the inclined bed CNC lathe: firstly, the cross-sectional area is larger than that of a flat bed of the same specification, which means that it has a stronger ability to withstand bending and twisting. This tool cuts off the top of the workpiece, and the cutting force is basically in the same direction as the gravity of the workpiece, so the spindle runs relatively smoothly and does not cause slight cutting vibrations. The increase in the number of machine tools and the configuration of automatic chip conveyors have actually laid the foundation for automated production. A person who works for multiple machine tools has always been the direction of machine tool development. Add milling heads, automatic feeders or robotic arms to automatically load materials, complete all chip operations with one clamping, automatically drill holes and remove chips. This has become an automatic CNC lathe with extremely high work efficiency.