JiangSu Dade Heavy Industry Co., Ltd. products

This device is specifically designed for efficient guide wheel liner assembly in coal mines and other industries, integrating automation and modular technology to meet high-intensity, high-precision operational demands.

Robotic glass pipeline handling technology delivers an efficient and safe solution for modern industries. Compared to manual labor, robots ensure precise control over force and positioning, minimizing the risk of damage caused by collisions or mishandling during transport. This significantly reduces breakage rates while maintaining high repeatability and stability—ideal for large-scale production environments. Capable of 24/7 operation, robotic systems dramatically improve efficiency and reduce labor costs.

Grinding robots leverage automation technology to significantly enhance production efficiency. Capable of 24/7 uninterrupted operation without fatigue, they are ideal for high-volume manufacturing. Their high-precision control systems ensure consistent grinding force, angle, and path for every operation, effectively eliminating human error and delivering superior surface finish quality.

This project utilizes a FANUC M-20iD/25 robot paired with a Fronius TPS500i welding machine, TBI water-cooled welding torch, and Siemens PLC control system to achieve automated welding operations. During system operation, manual loading/unloading is required approximately every 1.5 hours, while all other actions (including welding, positioning, and material handling) operate automatically (operators are responsible for changing fixtures and adjusting positions during workpiece changeover or first-piece setup). The loading/unloading conveyor line has a total designed length of 15-20 meters to ensure efficient and smooth material flow.

The "Shell/Conductor Welding Production Line" is a highly efficient and intelligent automated welding solution. Designed specifically for aluminum alloy shells and conductor products, this production line covers the entire process, including assembly, spot welding, internal seam welding, and external seam welding. It is suitable for manufacturing power transmission equipment of various specifications, significantly improving production efficiency and welding quality. 

Robot 3D laser cutting system, Applied for cutting cast aluminum housings of rear/longitudinal beams, delivering high speed, excellent cutting stability, and superior efficiency. Main configuration: Kawasaki RA20N + Raycus 2KW.

3D laser cutting technology is widely used in the new energy vehicle (NEV) industry, primarily for high-precision processing of complex metal components. This technology utilizes high-energy laser beams to achieve rapid material cutting and is suitable for various metals, including aluminum alloys, high-strength steel, and copper alloys.

This project is designed for the sheet metal workshop of tractor production, specifically for cutting cab upper beams. Originally, manual cutting took nearly 30 minutes per piece, which could not meet production schedule requirements. Now, with the adoption of a 3000W robotic 3D laser cutting machine, cutting efficiency has been significantly improved.