The control systems on used machine tools usually refer to CNC (Computer Numerical Control) systems, and these CNC systems vary depending on the brand, model, and year of production of the machine tool. Common CNC system brands include:
Fanuc: A Japanese CNC system manufacturer that is widely applied across various machine tools. Its features include a user-friendly interface, good stability, relative ease of maintenance, and readily available spare parts.
Siemens: A German brand, whose CNC systems are extensively used in machine tools requiring high precision and complex processing. The features include powerful hardware performance and flexible programming capabilities.
Mazak: A Japanese brand with its own control system called Mazatrol. It is commonly used with Mazak machine tools, offering a user-friendly interface that eases programming and operation for the operator.
Heidenhain: A German brand known for providing CNC systems that cater to high precision machining requirements. Its features are high-precision measurement and direct CNC programming.
Mitsubishi: Another major Japanese CNC system supplier. Its systems are stable and also come with a user-friendly interface.
Haas: An American manufacturer, whose CNC systems are typically installed on its own machine tools. The features include a good user experience and reasonable cost-effectiveness.
Okuma: A Japanese brand known for providing easy-to-program and highly reliable CNC systems.
These systems each have their own characteristics, but they commonly feature the following:
User Interface: Most modern CNC systems offer graphical user interfaces that facilitate programming and monitoring by the user.
Programming Capabilities: They offer various programming methods, including manual programming, conversational programming, and programming based on CAM software.
Stability: Branded CNC systems are usually more stable, reducing the risk of machine tool malfunctions and downtime.
Compatibility: Most systems support standard G-code, making them compatible with various programming software.
Network Connectivity: Modern systems typically have network connectivity features, enabling remote monitoring and data transfer.
Multi-Axis Control: They support the control of multiple motion axes simultaneously, increasing the machine tool’s processing capabilities and flexibility.
