Multi-channel Milling Machine Controller

1.Input interfaces: Used to receive signals from external devices, such as button inputs from the machine operation panel, signals from various sensors (e.g., position sensors, temperature sensors), and CNC machining programs transmitted from external devices. Common input interface types include USB, serial ports, Ethernet interfaces, etc., making it easy to connect and transfer data with different external devices.

2.Output interfaces: Outputs the processed control signals from the CNC system to the various actuators of the machine, such as drive motors, solenoid valves, indicator lights, etc., to control the machine's movement, actions, and status displays. The type and format of output signals need to match the connected actuators to ensure accurate signal transmission and execution.

3.Display: Typically uses an LCD or touch screen to display the CNC system's operation interface, machining programs, machining parameters, machine status, alarm information, and other content, facilitating monitoring and operation by the operator.

4.Communication capabilities: Equipped with the ability to communicate with external devices, such as data transmission to a host computer for remote monitoring, program transmission, and system upgrades, or networking with other CNC devices for collaborative work and centralized management. Communication methods may include wired communication (e.g., Ethernet, serial ports) and wireless communication (e.g., Wi-Fi, Bluetooth).

5.Storage: Equipped with 2GB of massive storage space, ensuring smooth program execution and the ability to handle a variety of tasks with ease.
6.Adopts a high-resolution color display for clearer visuals.
7.Provides stable power supply to various hardware components of the CNC system, including DC and AC power sources at different voltage levels. The power module must have good voltage regulation, filtering, and anti-interference capabilities to ensure stable operation of the system in complex electrical environments.
8.Connects to the machine's servo motor, responsible for receiving the speed and displacement commands from the CNC system and converting them into control signals for the servo motor, driving the motor to move precisely according to the instructions.
9.Supports different types of bus protocols, including EtherCAT and M3.
10.Supports the TCP/IP communication protocol.
11.Multi-axis and multi-channel control: Effectively addresses the needs of multi-axis coordinated control for composite machine tools, flexible production lines, and gear machining. It enables composite control functions, reducing manufacturing costs. It also supports multi-channel, multi-spindle machining, improving processing efficiency, increasing automation, reducing usage costs, minimizing workpiece clamping times, and enhancing machining accuracy.

1.RT-Linux embedded control system platform.
2.Fully compiled execution module.
3.Configurable IoT development platform.
4.Remote assistance for fault diagnosis and upgrades.
5.Platform-based design concept.
6.64-bit high-speed, high-precision contour control.
7.Conversational auxiliary program editing.
8.Special curve machining: Supports constant feed-rate machining of parabolic and spline curves, improving surface finish; spline curve teaching function, automatically fitting curves between points using cubic equations, resulting in smoother curves compared to traditional teaching functions.
9.Conversational editing: Makes programming and operation more intuitive and easier to understand, lowering the operational threshold.
10.Large storage capacity: Has substantial program and display storage, meeting the needs of complex machining programs.
11.Fast execution speed: PLC scan time is short, allowing quick response to machining commands and improving processing efficiency.
12.Supports five-axis simultaneous interpolation (RTCP) and visual inspection functions.

1.High cost-performance
2.High stability
3.Fast execution speed
4.Comprehensive machining modes
5.Complete compensation functions
6.Supports gantry synchronization
7.Supports full closed-loop control
8.Supports multi-spindle tapping
9.Supports five-axis simultaneous control and RTCP function
10.Supports high-speed and high-precision machining

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