By leveraging dedicated robots, intelligent software and digital platforms, we deliver end‑to‑end automation for sheet‑metal bending. With advantages including high efficiency, easy programming, superior integration and digital management, the solutions fit bending‑processing scenarios in diverse industries.

Targeting lithium‑battery winding and other scenarios, our TRIO motion control system together with servo drives delivers stable high‑precision tension control. High efficiency, superior accuracy, low noise and smart response help boost winding quality and equipment performance.

Our fully‑automatic die‑casting island and peripheral integration solutions support part picking, spraying, inspection and cooling. Capable of withstanding high‑temperature & high‑humidity conditions and equipped with information management, they serve automation upgrades for die‑casting industry.

Based on 3D vision technology, it enables intelligent recognition and grasping of randomly arranged workpieces, making it suitable for unstructured feeding scenarios in fields such as automotive parts. It features high precision, high flexibility, and high efficiency, enhancing the level of production automation and safety.

For scenarios such as lithium battery winding, it adopts the TRIO motion control system and servo drives to achieve high-precision and stable tension control. It features high efficiency, high precision, low noise, and intelligent response, improving winding quality and equipment efficiency.

It adopts high-cycle robots and dedicated software packages to achieve efficient, stable, and user-friendly automated palletizing. It is suitable for industries such as packaging and logistics, chemicals, and food, significantly improving palletizing efficiency and flexibility.

This solution provides a complete grinding system, including robots, force-controlled tools, and dedicated software packages. It is suitable for industries such as automotive parts, new energy, and metal processing. It offers advantages such as increased efficiency, improved quality, enhanced safety, and cost-effectiveness, and supports various processes including grinding, deburring, and polishing, improving the level of automation and product quality.

It provides a fully automated die-casting island and peripheral equipment integration solution, including functions such as part extraction, spraying, inspection, and cooling. It features adaptability to high-temperature and high-humidity environments and information management capabilities, making it suitable for automation upgrades in the die-casting industry.

To meet the workpiece sorting requirements after 10,000-watt-class laser cutting, it achieves fully automated sorting throughout the entire process through visual recognition, robotic grasping, and intelligent algorithms. It features high precision, high efficiency, and high flexibility, making it suitable for medium and thick metal plate processing scenarios.

The ESTUN robotic stamping automation system achieves full-process stamping automation by integrating a master control system, loading and unloading systems, and robotic systems. It is suitable for industries such as automotive and electrical appliances. It features high efficiency, ease of use, safety, and stability, supports payloads from 3 kg to 700 kg, and meets the requirements of 16T to 2000T presses, significantly improving production efficiency and quality.