Lathe Milling Y Interpolation CNC System

1. Multi-Core CPU Architecture: A high-performance platform ensures smoother operation.
2. 2GB Large Storage Space: Programs run smoothly without interruption, easily handling a variety of tasks.
3. High Anti-Interference Design: Passes 4.5KV EFT testing and is CE certified.
4. Stable RS485 Communication Support: Provides reliable expansion for peripheral devices.
5. High-Speed USB 3.0 Communication: Facilitates quick data backup and program import.
6. Long-Term Power Loss Retention Support: Ensures reliable real-time data recording for users.
7. Communication with External Devices: Enables data transmission with host computers for remote monitoring, program transfer, system upgrades, and network communication with other CNC devices, allowing collaborative work and centralized management. Communication methods may include wired options (such as Ethernet, serial ports) and wireless options (such as Wi-Fi, Bluetooth).
8. High-Resolution Window Display: Provides better visualization effects.
9. Maximum IO Support: Can support up to 128 points for enhanced control of more mechanisms.
10. Program Pre-Read Capability: Can reach up to 4000 Block/s, offering stronger processing power.
11. Maximum Control of 11 Axes: Supports advanced multi-axis control.
12. Mechanical Key Design on the Control Panel: Makes operation easier.
13. Ergonomic Key Layout: Designed for convenience, facilitating easier operation.
14. Auxiliary Panel with Knob-Style Magnification Switching: Digital display shows the current tool number for enhanced usability.

1. Linux RT Operating System: Offers higher real-time performance and faster speeds.
2. Collaborative Open UI Platform and PLC Platform: Supports deep customization of interface and functionality for customers, catering to diverse needs and showcasing unique appeal.
3. Flexible Permission Allocation: Grants users significant autonomy, ensuring flexibility and efficiency in resource access.
4. Supports Graphical Simulation, Dialog-Based Programming, and Custom M-Code Functions.
5. Tool Life Management and Operation Record Functions Supported.
6. Fast Execution Speed: Short PLC scanning time enables quick response to processing instructions, improving machining efficiency.
7. The system incorporates a cold and hot machine compensation feature, significantly enhancing process stability and ensuring superior and reliable machining quality.
8. Supports RTCP functionality and three-dimensional tool length compensation. The system automatically calculates the tool tip position, ensuring it remains on the contour surface during machining.
9. Turning-Milling Composite Function: Enables five-axis milling processing in milling mode. In lathe mode, the spindle rotates at high speeds while the other four axes perform coordinated machining, achieving efficient processing.
10. Optional SSI Absolute Value Communication: Provides high stability and anti-interference capabilities, allowing the system to operate normally in complex industrial environments.
11. Optional Speed Control with Full Closed Loop (AB Phase Feedback, SSI Feedback).

1. This device ensures fault-free operation over extended periods thanks to its outstanding stability.
2. The combination of 2GB of RAM and 8GB of storage creates exceptional execution speed.
3. Supports MECHATROLINK-Ⅲ and EtherCAT bus functions.
4. Supports up to 160 tool compensation groups.
5. Maximum expandable I/O: I128/O128.
6. Equipped with a high-speed, high-precision control system, this product achieves a dual leap in operational speed and accuracy, enhancing overall machining performance.
7. The device integrates control functions for both the lathe and robotic arm, injecting new vitality into the automation process and further reducing the complexity and time required for manual operation.
8. Supports spindle docking and full closed-loop control.
9. Supports programmable servo tailstock functionality.

01.

Spindle Docking Material Handling

■Principle Overview:
Utilizes the principle of relative static state, enabling synchronization of any two spindles when they rotate at the same speed and in the same direction.
■Synchronized Material Handling Function:
1)When the two spindles are synchronized, one spindle can dock with the other for end-to-end material handling of the workpiece.
2)This function enhances machining efficiency and minimizes machining accuracy errors caused by manual clamping misalignment.
■Real-Time Closed-Loop Synchronization:
The system maintains real-time closed-loop synchronization throughout the process, ensuring dynamic accuracy.
■Advantages and Benefits:
1)Reduces human error, enhances machining accuracy, and improves processing efficiency.
2)Continuous real-time monitoring and adjustment ensure dynamic precision.

02.

Full Closed-Loop Spindle Control

■V-Belt Spindle Closed-Loop Positioning:
1)V-belt connections enable precise positioning.
2)V-belt connections also reduce noise and provide shock absorption.
3)Non-slip mode enhances indexing efficiency.
■Spindle Gearbox Connection:
1)Allows spindle positioning with any gear ratio.
2)High positioning accuracy, which improves as the encoder resolution increases.

Mainly used for machining relatively complex workpieces that require turning-milling composite functionality, such as automotive parts and bathroom fittings, which need to achieve high degrees of fit and be processed in a single setup.

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