Of course, the use of PLC control for combined machine tools has become a major trend in modern manufacturing. Here are a few reasons:

(1) Flexibility and programmability:

PLC has a high degree of flexibility and programmability, and can perform customized control according to different process requirements and production requirements.

By writing logic codes and parameter settings, various complex motion control, coordinated control and automatic operations can be realized.

(2) Efficiency and accuracy:

PLC control can realize efficient motion control and precise position control.

Through the fast response and high-precision computing capabilities of PLC, higher machining accuracy and production efficiency can be achieved, and product quality and production efficiency can be improved.

(3) Fault diagnosis and maintenance:

PLC control systems are usually equipped with a fault diagnosis function, which can monitor equipment status in real time and provide corresponding alarm information.

This helps to detect and solve problems in a timely manner, reducing downtime and repair costs.

At the same time, PLC can also record equipment operation data, which is convenient for maintenance personnel to carry out fault analysis and preventive maintenance.

(4) Communication and integration:

PLC control system has good communication ability and integration.

It can exchange data and share information with other equipment, sensors and monitoring systems to achieve overall coordination and intelligent management of the production line.

Remote monitoring and remote operation can be realized through the connection with the host computer or factory-level MES (Manufacturing Execution System).

(5) Scalability and upgradeability:

PLC control system has strong scalability and upgradeability.

With the change of production requirements and the advancement of technology, new requirements can be met by adding input and output modules, replacing controllers or upgrading software, without replacing the entire control system.