Large lathe Processing and Overview

 Large lathe processing is a technology that uses CNC lathes to perform precision cutting processing on large-sized workpieces. The movement of lathe tools is controlled by the computer numerical control system to achieve operations such as shape processing, internal hole processing, thread cutting, chamfering, and drilling of metals, plastics and other materials. Lathe processing can efficiently complete complex geometric shapes such as cylinders, cones, threads, etc., and is widely used in aviation, automobiles, engineering machinery and other fields.


During the processing process, the lathe removes excess material through the interaction between the rotating workpiece and the fixed tool to achieve the required size and surface quality. Large lathe processing is suitable for large-scale production and customized needs, and can process parts with larger diameters and longer lengths. Precision CNC technology makes the processing process more automated, reduces human errors, and ensures processing accuracy and consistency.


Dongguan JEek Precision Technology Co., Ltd. focuses on large-scale lathe processing. With advanced equipment and technology, it provides high-precision parts processing to meet the needs of various industries for high-quality, large-sized parts.


Common problems encountered in lathe processing include excessive tool wear, workpiece vibration, poor surface quality, dimensional error, excessive noise and cutting fluid problems.

Rapid tool wear is usually caused by inappropriate cutting parameters or insufficient cutting fluid. The solution is to adjust the cutting speed, feed rate, and ensure sufficient cutting fluid.

Workpiece vibration is often caused by loose clamping or excessive cutting force. It is necessary to strengthen the clamping and adjust the processing parameters. Poor surface quality may be caused by tool passivation or cutting fluid problems. It is necessary to check the tool and ensure the supply of coolant.

Dimensional errors are often caused by loose lathe spindle or unstable tool contact. Regular inspection of lathes and tools can effectively solve them. Excessive noise may be caused by equipment failure or improper cutting. Checking the equipment and adjusting parameters can solve it.

Cutting fluid problems are usually system failures or contamination. Keep the system clean and replace the appropriate cutting fluid.

If you want to know more about large lathe processing, you can click us to get more information.

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