Super large load and high adaptability: Optimization of robot wrist moment of inertia, adaptable to large-sized panels, multi-panel stacking, and large press spacing scenarios, meeting the automotive industry's demand for efficient handling of large body panels.

High-speed precise motion control: By fine-tuning the robotic kinematic parameters and self-developed dynamic algorithms, optimized stamping trajectories are achieved, with operation beats reaching 10-12 times per minute (SPM), significantly improving production line efficiency.

Stability and reliability: After rigorous running-in tests, the robot can operate at high speed continuously without failure, adapting to the 7x24 hour high-load production demands of the automotive industry.

Software and hardware collaborative innovation: Combining Estun's self-developed stamping software application package with the press control system (PAC series) to achieve synchronized control of the entire line and flexible configuration of process parameters, reducing the complexity of debugging

Intelligent production scheduling and collaborative control: By automatically adjusting the production rhythm to adapt to product types and mold switching needs, maximizing equipment utilization; while coordinating the action timing of robots, presses, conveyors, and other equipment, achieving seamless integration of multiple devices, significantly improving the operational efficiency of the production line.

Real-time monitoring and proactive maintenance: Integrating networked monitoring and AI algorithms, real-time collection of equipment operation data and tracking of part locations, combined with threshold warnings and fault predictions, for rapid response to anomalies; supports remote operation and maintenance debugging and software upgrades, significantly reducing downtime and ensuring production continuity.

Data-driven decision optimization: Automatically match process parameters based on orders, and issue precise production instructions; record key indicators such as output, yield, and energy consumption, and generate visual reports (such as OEE analysis) to provide data support for process optimization and resource scheduling, assisting in lean management.

Multi-level security protection system: adopts multiple interlocking mechanisms such as grating and safety PLC, combined with role permission control and key data redundancy design, to comprehensively prevent misoperation and system failures, ensuring high reliability of the production line and the safety of personnel and equipment.

Stamping equipment status real-time monitoring: dynamically displays part name, daily planned output, current output, production rhythm, and batch pass rate, using data feedback to drive dynamic optimization of the production system, achieving visualized production process and controllable quality.

Robot operation status tracking: Real-time monitoring of robot running/stopped/ emergency stop/alarm status, operating mode (single step/continuous), speed adjustment, and other key parameters to ensure standardized robot operations and reduce the risk of abnormal downtime.

Press stability monitoring: accurately displays the press operating status (running/stopped/emergency stop/alarm), working frequency, and other data to ensure efficient and stable operation of the equipment.

Efficient collaborative after-sales service support: Relying on the edge-side collection of equipment operation data and platform-end analysis capabilities, it supports remote fault diagnosis and maintenance guidance, shortening the service response cycle and reducing operation and maintenance costs.