MIII Bus-based Motion Control

1.Input Interface: Used to receive signals from external devices, such as button inputs on the machine tool control panel, signals from various sensors (e.g., position sensors, temperature sensors), and CNC machining programs transmitted by external devices. Common input interfaces include USB, serial, and Ethernet ports, allowing easy connection and data transmission with various external devices.
2.Output Interface: Outputs control signals processed by the CNC system to various machine components, such as drive motors, solenoid valves, and indicator lights, to control the machine's movement, actions, and status displays. The type and format of output signals must be compatible with the connected components to ensure accurate signal transmission and execution.
3.Typically uses an LCD or touchscreen display to show the CNC system's user interface, machining programs, parameters, machine status, alarm information, etc., allowing operators to monitor and control the system easily.
4.Supports communication with external devices, such as data transmission with a host computer for remote monitoring, program transfer, system upgrades, etc.; or networking with other CNC devices for collaborative work and centralized management. Communication methods may include wired (e.g., Ethernet, serial) and wireless (e.g., Wi-Fi, Bluetooth) communication.
5.With advanced multi-core CPU architecture and a powerful supercomputing platform, providing an incredibly smooth and responsive operating experience.
6.Equipped with 2GB of large storage, ensuring smooth operation of programs and the ability to handle various tasks without interruption.
7.High anti-interference design, passing the 4.5KV EFT test and CE certification.
8.Supports stable RS485 communication, making it more reliable for expanding peripheral devices.
9.Supports up to 256 input/output points, enabling control of more mechanisms.
10.Capable of controlling up to 64 axes, showcasing unparalleled control power.
11.Uses USB 3.0 ports, ensuring fast and convenient program transfer and import.
12.Program pre-reading can reach 8000 Blocks/s, offering enhanced processing power.

1.RT-Linux embedded control system platform
2.Full compile 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 and high-precision contour control
7.Conversational auxiliary program editing
8.Special curve machining: supports constant speed machining for parabolas and spline curves, resulting in smoother surface finishes; spline curve teaching function can automatically fit curves between points using cubic equations, producing smoother curves than traditional teaching functions
9.Integration of open UI and PLC platform, allowing customers to freely customize interfaces and functions, enabling unprecedented personalized operating experiences
10.Self-distributed permissions greatly enhance the system's flexibility and adaptability, allowing each user to customize access permissions based on needs
11.Supports graphical simulation, conversational programming, and M-code customization
12.Fast execution speed: PLC scanning time is short, allowing for quick response to machining instructions, improving machining efficiency
13.Supports open macro program design - MACRO
14.Supports CAD/CAM assisted programming
15.High-speed path processing technology, achieving up to 1000 blocks/second for high-speed small segment machining, while performing NURBS optimization on the segment path to smooth singularities, ensuring machining accuracy and improving processing efficiency
16.NURBS spline fitting technology, fitting the segments multiple times to optimize the path and produce smooth curves with controllable precision for production machining
17.Supports constant JERK control technology for smoother high-speed machining
18.Supports full closed-loop control to ensure precise mechanical end-point positioning

1. Open industrial motion controller

2. High cost-performance ratio

3. High stability

4. Fast execution speed

5. Complete compensation functions

6. Supports G-code editing

7. Comprehensive communication protocol

1. 3C Electronics (Inserts, PCB Depaneling, Tray, etc.), Visual Inspection Machine

2. 3D Tool Machine

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