CNC system is an automated system used to control machine tools for machining. It controls the motion and position of the machine tool through digital signals to achieve precise machining. CNC systems typically include controllers, drives, sensors and other external devices such as displays, printers, etc.

The main advantages of a CNC system include high precision, high efficiency, repeatability and low cost. It can provide higher machining accuracy and faster machining speeds, while also reducing human error. CNC systems are also flexible and can be adjusted to meet different machining needs, thus meeting the needs of customers.

The application range of CNC system is also very wide and can be applied to various types of machine tools, such as CNC machine tools, machining centers, wire cutting machines, engraving machines, etc. CNC systems can also be integrated with other automation systems, such as robots, machine controllers, transfer systems, etc., so as to achieve more efficient automated production lines.

Laser cutting and laser engraving are two important application areas of CNC systems. Laser cutting is a technology that uses the high energy density and precise control capability of the laser beam to cut precise shapes and sizes in a variety of materials. Laser engraving, on the other hand, is a technique that uses the high energy density and precise control of the laser beam to cut precise shapes and sizes in a variety of materials. Both technologies can greatly improve processing efficiency and accuracy.