A CNC lathe is a machine tool operated by a computer numerical control system. This equipment enables the production of a wide range of high-precision components. Thanks to the CNC system, the device can operate in automatic or semi-automatic mode, minimizing the operator's intervention in the machining process. CNC lathes partially combine the characteristics of modular and universal lathes. Equipped with an extensive database, they can produce numerous types of components, allow for quick reconfiguration, and ensure highly consistent replication of parts.
Purpose
CNC lathes represent advanced versions of standard machine tools, integrated with a host of additional functions, among which the CNC system is a key feature. These machines are designed primarily for turning metal workpieces, but can also be applied to process other materials. This versatility has made CNC lathes indispensable universal equipment across various industries, with primary applications in factory settings as well as small-scale production environments.
CNC lathes are capable of performing the following operations:
External and internal turning of components
Machining of conical elements and other complex-shaped parts
Longitudinal machining of workpieces
Roughing and finishing operations
Length adjustment of components
Cutting of grooves, recesses, and holes
Thread cutting (both inch and metric types)
These machines can handle tasks of nearly any complexity level, making them ideal for enterprises engaged in the serial production of mechanical parts. They are also widely utilized in small businesses for custom manufacturing purposes.
