The headstock design of the radiator CNC lathe is equipped with symmetrical enhancements, which can effectively reduce the temperature rise of the main shaft and improve the stable life of the main shaft and the bearing. It uses an integral sleeve shaft, imported precision main shaft bearings, and main shaft servo motor drive, in order to achieve accuracy High, high rigidity, stable speed. The CNC lathe has good rigidity, convenient operation and convenient chip removal.

The back end of the CNC lathe has a fixed tip and a rotating tip. When in use, the rear end can be inserted into the tapered hole of the tailstock sleeve of the CNC lathe. The fixed tool tip is well centered and accurate, but there is sliding friction between the center hole of the CNC lathe and the hard tool tip of the milling composite CNC lathe manufacturer, which is easy to wear and burn. Therefore, CNC lathes are only suitable for high-precision machining requirements for workpieces. When the CNC lathe supports small workpieces, the table can be used, and the end of the workpiece is top-shaped.

The two-axis rotation of the CNC lathe is directly passed through the elastic coupling by the servo motor and the precision ball screw. The force condition is good and the positioning accuracy is high. It is equipped with a computer automatic smoothing system for forced lubrication of the linear guide rail and the ball screw. The X-axis and Z-axis adopt imported high-rigidity linear slide rails, and the calculation between the railway and the railway can obtain a better span, low resistance, high rigidity, high-precision CNC lathe, and the displacement speed can reach 24 to 30 m/min. Work efficiency, shorten processing time, Taiwan variable pump, hydraulic motor, hydraulic station solenoid valve and equipped with air cooling device, low noise, low oil temperature.

The application of CNC lathes is more and more extensive, and it has penetrated into various industries of economic development. With the application of CNC lathes, collision accidents are also very common and become a common problem in the development of CNC lathes. The cost of CNC lathes is high. Once a collision occurs, the lathe tools will be damaged. In severe cases, the accuracy of the lathe will be reduced, the machine parts will be damaged, and the lathe will even be scrapped. Some workers paid a heavy price for this.

In terms of production efficiency, compared with ordinary machine tools, CNC lathe manufacturers can increase the efficiency by 2 to 3 times, or even more than 10 times. It is mainly embodied in the following aspects: 1. The processing of multiple procedures is completed in one clamping, and many changes in the processing of ordinary machine tools, the transfer of parts between procedures and the marking procedures are eliminated. 2. Simplify the fixture and special tooling, because it is clamped to complete the processing. Therefore, the multi-process fixtures of ordinary machine tools are omitted, even if special fixtures must be used occasionally.