Difference between CNC Horizontal Lathe And Conventional Horizontal Lathe

The main difference between CNC horizontal lathe and ordinary horizontal lathe lies in the following aspects:

Control mode:

CNC Horizontal Lathe: It is controlled by CNC system (CNC), and the machining is completed automatically by pre-programmed commands, with high precision and suitable for the machining of complex parts.

Ordinary horizontal lathe: rely on manual operation, manually adjust the position of the tool and workpiece, the machining process depends on the operator's skills and experience.

Machining accuracy:

CNC lathe: high machining accuracy, good repeatability, can reach micron-level accuracy, suitable for high-precision parts production.

Ordinary lathe: lower precision, affected by the operator's technical level, suitable for simple parts or small batch processing.

Production efficiency:

CNC lathe: high degree of automation, continuous processing of a variety of processes, high production efficiency, suitable for mass production.

Ordinary lathe: low processing efficiency, need frequent manual adjustment, suitable for single piece or small batch production.

Operation complexity:

CNC lathe: requires knowledge of programming and CNC system operation, steep learning curve at the initial stage, but easy to operate.

Ordinary lathe: intuitive operation, suitable for beginners, but complex parts are difficult to process.

Processing flexibility:

CNC lathe: through modification of the programme can be quickly switched to processing parts, adapt to a variety of complex shapes and processes.

Ordinary lathe: processing flexibility is low, complex parts need multiple adjustments or special fixtures.

Equipment cost:

CNC lathe: equipment price is high, maintenance cost is also higher, suitable for enterprises with strong capital.

Ordinary lathe: lower price, simple maintenance, suitable for small workshop or limited budget occasions.

In summary, CNC horizontal lathe is far superior to ordinary horizontal lathe in terms of precision, efficiency and automation, but the cost is higher, suitable for high-precision, high-volume production; while ordinary lathe is easy to operate, low cost, suitable for simple parts and small batch processing.