As a modern intelligent equipment, thread cutting CNC lathes have gradually been widely used in various manufacturing industries. The high-precision and high-efficiency performance characteristics of thread cutting CNC lathes make it a powerful tool to improve the efficiency of workpiece processing.

The principle of thread cutting CNC lathe is to control the motion trajectory and cutting parameters of the tool through the CNC system to achieve thread processing of the workpiece. Thread cutting CNC lathes are mainly composed of bed, spindle box, feed box, tool holder, etc. The thread cutting CNC lathe bed is the main structure that carries various components and has sufficient rigidity to ensure machining accuracy.

The thread cutting CNC lathe spindle box carries the spindle and the main drive device, and transmits the rotational motion of the workpiece through the gearbox. The thread cutting CNC lathe feed box is responsible for controlling the feed rate and feed amount of the tool holder. Through the instructions of the CNC system, the thread cutting CNC lathe can cut the workpiece according to the set trajectory.

Thread cutting CNC lathes are widely used. First of all, thread cutting CNC lathes are a basic and important process in the machinery manufacturing industry. Traditional manual or semi-automatic processing methods are undoubtedly inefficient, and the emergence of thread cutting CNC lathes has greatly improved processing efficiency and consistency. Secondly, thread cutting CNC lathes also play an important role in automobile manufacturing, aerospace, shipbuilding and other industries.

The processing of workpieces such as automobile engine parts and aircraft landing gear nuts can be efficiently completed by thread cutting CNC lathes. In addition, thread cutting CNC lathes are also widely used in mold manufacturing, electronic equipment, communication equipment and other fields. It can be said that thread cutting CNC lathes have become indispensable and important equipment in the manufacturing industry.