High-precision CNC lathes can achieve high precision, high rigidity and high-speed motion. The main shaft of high-precision CNC lathes is a sleeve-type unit main shaft, with the sleeve material being bainitic alloy steel, and the bearing installation holes are ground to high precision. The main shaft material of high-precision CNC lathes is nitrided alloy steel. The reasonable bearing assembly method of high-precision CNC lathes makes the main shaft have very high rotational accuracy and rigidity. The main drive pulley is generally a multi-ribbed pulley, which realizes efficient and stable motion. High-precision CNC lathes have a compact appearance, are easy to operate and simple to maintain.

To enhance the production efficiency of precision CNC lathes, it is first necessary to carefully analyze the parts processed by the precision CNC lathes, clarifying the material, structural features, shape and position tolerance requirements, surface roughness, heat treatment and other technical requirements of the parts. Then, on this basis, select a reasonable milling processing technology and a simple processing route.

The formulation of processing technology: Generally, a part can have several different technological processes. Different technological processes for a part often result in significant differences in production efficiency, processing cost and processing accuracy. Therefore, under the premise of ensuring the processing quality of the part, we should, based on the specific production conditions, strive to improve production efficiency and reduce production costs, and formulate a reasonable processing technology.

In high-precision CNC lathe processing, the role of metal cutting tools is extremely important. The materials used to manufacture the tools must have high hardness, wear resistance and heat resistance, sufficient strength and toughness, good thermal conductivity and processability, and good economic performance. During the selection of tools, under the premise of meeting the processing requirements of parts, try to choose larger diameter tools, as they have better strength and toughness; in the same process, the number of tools selected should be as few as possible to reduce the frequency of tool changes; and try to choose general standard tools, and avoid or minimize the use of special non-standard tools.

During the processing of high-precision CNC lathes, multiple different cutting tools are often used. If the tools cannot be pre-adjusted, the operator has to install each tool onto the spindle and slowly determine their exact lengths and diameters. Then, the values are manually input through the buttons on the CNC control panel. If a tool setter is used, it can precisely measure the diameter and length of the tools, reducing the time the lathe is occupied, improving the first-piece pass rate, and significantly enhancing the production efficiency of the CNC lathe. As an operator of high-precision CNC lathes, one should never stop learning at any time. Both the accumulation of operational experience and the acquisition of theoretical knowledge are of great importance.

Enhancing the production efficiency of high-precision CNC lathes is crucial for manufacturers seeking to optimize their operations and maintain a competitive edge. At WUXI RUIEN, we understand the importance of precision and reliability in machining processes. Our state-of-the-art CNC lathes are designed with advanced technology that not only ensures exceptional accuracy but also improves overall productivity.

By incorporating features such as automatic tool changers, adaptive feed rates, and real-time monitoring systems, our high-precision CNC lathes minimize downtime and maximize output. Additionally, our expert team is dedicated to providing tailored solutions that meet the unique needs of your production environment. We offer comprehensive training and support to help your operators fully leverage the capabilities of our machinery.

Investing in WUXI RUIEN's high-precision CNC lathes means investing in quality, efficiency, and innovation. Let us partner with you to transform your production processes and achieve unparalleled precision and productivity. Contact us today to learn how we can help you elevate your manufacturing capabilities to new heights.