Fault classification of CNC lathes in precision parts machining
Aluminum casting companies specialize in manufacturing high-quality aluminum parts using a casting process. The companies use advanced technology, such as computerized modeling and simulation, to ensure accuracy and efficiency in the casting process.
Fault classification of CNC lathes in precision parts machining
CNC lathe is a high-precision and high-efficiency machining equipment used in precision parts processing, often used to manufacture high-precision parts. However, due to long-term use and aging of components, CNC lathes can also experience various malfunctions. Mainly divided into the following types of faults:
Mechanical failure: This type of failure is mainly caused by damage or aging of mechanical components, such as belt wear, guide rail deflection, spindle bearing failure, etc.
Electrical malfunction: This type of malfunction is mainly caused by damage to electrical components, poor circuit contact, unstable power supply voltage, etc., such as motor failure to start, CNC system failure to operate normally, etc.
Hydraulic failure in precision parts machining refers to the damage of components in the hydraulic system, insufficient oil pressure, or oil contamination, such as oil pump failure, oil pipe rupture, hydraulic cylinder oil leakage, etc.
Programming failure: This type of failure is mainly caused by programming errors, program vulnerabilities, or improper setting of machining parameters, such as excessive machining size deviation, machining path errors, etc.

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