How does High-performance Automated CNC Lathe operate?

In the highly automated modern manufacturing industry, the good performance and precise operation capabilities of High-performance Automated CNC Lathe have gradually become the star equipment in the field of precision machining. So, how does such an advanced machine tool operate?

1. The operator needs to be familiar with the structure, performance parameters and safe operating procedures of the machine tool. Before starting the machine, the machine tool should be fully inspected to ensure that all components are in good condition, especially the tool, fixture and workpiece positioning device must be accurate, and the appropriate cutting fluid and coolant should be selected to ensure the lubrication and cooling effect during the processing.

2. The operation of High-performance Automated CNC Lathe depends on precise CNC programs. The operator needs to use professional CAD/CAM software to compile the processing path and cutting parameters according to the shape, size and processing requirements of the workpiece. These parameters include spindle speed, feed rate, cutting depth, tool path, etc., which together determine the quality and efficiency of the processing.

3. The compiled CNC program is input into the machine tool through the CNC system of the machine tool. Before formal processing, it is usually necessary to debug the program to verify the correctness and feasibility of the program. During the debugging process, the motion trajectory and cutting effect of the machine tool can be observed through simulation operation or dry operation, and the problems found can be corrected in time.

4. Once the program debugging is completed and confirmed to be correct, the formal processing can be started. The operator installs the workpiece on the fixture and adjusts the position and angle of the tool. With the start of the CNC system, the machine tool automatically processes according to the preset program. During the processing, the CNC system automatically controls the rotation of the spindle, the feed of the tool, and the injection of the cutting fluid to ensure the stability and accuracy of the processing process.

5. During the processing, the operator needs to pay close attention to the operating status of the machine tool, such as changes in parameters such as cutting force, temperature, and vibration. If abnormal conditions are found, such as tool wear, loose workpieces, or inappropriate cutting parameters, the machine should be stopped for inspection and adjustment in time. The automatic compensation function of the machine tool can also be used to correct errors in the processing process in real time.

6. When the processing is completed, the machine tool will automatically stop running, and the operator needs to inspect and measure the workpiece to ensure that it meets the design requirements. The machine tool also needs to be cleaned and maintained, including cleaning chips, replacing tools, checking the wear of various components, etc. The CNC program also needs to be archived and backed up for subsequent use and improvement.