CNC vertical lathe is one of the most common machining methods in today's machining. CNC vertical lathe controls the movement of the tool on the workpiece through a computer program. It has a high degree of automation and can effectively improve production efficiency and processing accuracy while also reducing labor costs. The probability of operational errors. However, compared with other machining methods, CNC vertical lathes also have some problems.

The first problem is the complexity of CNC vertical lathe processing. The cutting motion of CNC vertical lathe is extremely complex. Factors such as the rotation, feed of the workpiece, the origin of the tool, cutting speed, feed speed, etc. will all affect the processing effect. Therefore, mastering the machine tool and programming knowledge of CNC vertical lathe has higher requirements for operators. . This requires enterprises to strengthen talent training and skill inheritance, ensure that operators are proficient in CNC vertical lathe processing methods and technologies, and improve processing efficiency and quality.

The second issue is the maintenance of CNC vertical lathes. CNC vertical lathes are composed of multiple components, such as servo motors, servo drives, ball screws, etc. These components may malfunction during long-term use and need to be repaired and replaced in time. Therefore, enterprises need to establish a sound equipment repair and maintenance system and regularly inspect and repair CNC vertical lathes to ensure the stable operation of the equipment, improve processing efficiency and extend the service life of the equipment.

The third problem is the processing accuracy of CNC vertical lathe. The accuracy of CNC vertical lathe processing is affected by many factors, such as tool sharpening, machine tool stiffness, workpiece clamping force, etc. Therefore, you need to pay attention to these factors during the processing process, conduct regular inspections of machine tools, maintain equipment in a timely manner, and improve machine tools. The stability and rigidity improve the processing accuracy.

The fourth problem is the difficulty of programming CNC vertical lathes. CNC vertical lathe programming requires a certain knowledge of mathematics and geometry, as well as the use of programming languages and programming software. Therefore, companies need to invest more human and material resources in talent training and technical learning, improve technical levels and programming capabilities, and control all situations to achieve satisfactory processing results.

As one of the most common processing methods in today's mechanical processing industry, CNC vertical lathe has some problems, but these problems cannot cover up its advantages of high efficiency, precision, stability and automation. Enterprises need to adhere to technological innovation and talent training, strengthen equipment management and maintenance, and constantly improve technology and processes to improve processing efficiency and product quality, and to compete in the product market.