10.1 inch IoT Industrial Motion Controller NC-X3

1.Input Interfaces : Used to receive signals from external devices, such as button inputs from the machine tool's operation panel, signals from various sensors (e.g., position sensors, temperature sensors), or CNC machining programs transmitted from external devices. Common input interface types include USB, serial ports, and Ethernet, making it easy to connect and transfer data with different external devices.
2.Output Interfaces : These output control signals processed by the CNC system to various execution components of the machine tool, such as drive motors, solenoid valves, and indicator lights, to control the machine's movement, actions, and status display. The type and format of the output signals must match the connected components to ensure accurate signal transmission and execution.
3.Typically uses LCD screens or touchscreens to display the CNC system's operation interface, machining programs, machining parameters, machine tool status, alarm information, etc., making it easier for operators to monitor and control the system.
4.Supports communication with external devices, such as transmitting data to a host computer (e.g., for remote monitoring, program transmission, and system upgrades) or networking with other CNC devices for coordinated work and centralized management. Communication methods may include wired connections (e.g., Ethernet, serial ports) and wireless connections (e.g., Wi-Fi, Bluetooth).
5.With a leading multi-core CPU architecture and a powerful supercomputing-level platform, this system delivers an exceptionally smooth and seamless operation experience.
6.Equipped with 2GB of massive storage space, the system runs programs smoothly without interruption and easily handles diverse tasks.
7.High anti-interference design, passing the 4.5KV EFT test and CE certification.
8.Supports highly stable RS485 communication, providing more reliable expansion of peripheral devices.
9.Supports up to 256 input/output points , enabling control of more mechanisms.
10.Supports up to 64-axis control , showcasing unparalleled control capabilities.
11.USB 3.0 interface , ensuring fast and convenient program transfer during import.
12.Program pre-read can reach up to 8000 Block/s , providing stronger processing power.

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 and high-precision contour control
7. Dialog-based auxiliary program editing
8. Special curve processing : Supports constant feed rate processing for parabolic and spline curves, resulting in higher surface finish quality; spline curve teaching function, automatically fitting the curve between points using cubic equations, providing smoother curves compared to traditional teaching functions.
9. Integration of open UI and PLC platform , allowing customers to freely customize the interface and functions, achieving an unprecedented personalized user experience.
10. Flexible permission allocation greatly enhances system adaptability, enabling each user to customize access permissions based on needs.
11. Supports graphical simulation, dialog-based programming, and custom M-code functions
12. Fast execution speed : Short PLC scan time enables rapid response to processing commands, improving processing efficiency.
13. Automatically track workpiece position through vision , real-time acquisition of position information, making industrial automation control easier.
14. Direct connection to smart cameras , or using PC-BASE mode to achieve visual positioning, flying imaging, and other functions.
15. Connect multiple (8) vision systems , enabling integration of multiple cameras' graphics and data analysis.
16. Supports servo tension , with PID regulation for servo tension, main proportional control, and mixed usage. The main proportional control can be divided into active nonlinear and feedback linear proportional control.
17. Provides dedicated system and servo drives , along with UPS modules.

Comparison Between MECHATROLINK-III and EtherCAT

1. Open Industrial Motion Controller

2. High cost-performance ratio

3. High stability

4. Fast execution speed

5. Comprehensive compensation function

6. Support G-code editing

7. Complete communication protocols

Tool slotting machine, polishing machine, tube bending machine, woodworking machine, diamond wire winding machine, shoe mold machine, sheet metal slotting machine, visual inspection machine, etc.

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