The passenger car project specializes in the development, design, manufacturing, and service of welding equipment for components such as passenger car chassis parts, body-in-white parts, instrument beams, bumpers, seat frames, and battery boxes for new energy vehicles. It has provided hundreds of sets of welding equipment for related passenger car components and battery boxes for new energy vehicles to customers both at home and abroad, with expertise in the application and system integration of mainstream global brand robots. At the same time, it develops and manufactures various types of robot welding positioners that work in conjunction with robots, forming standardized modular units. 3D simulation technology is used in the design of robotic welding fixtures for automotive parts, making equipment assembly and debugging faster. The design philosophy and standards for welding fixtures comply with those of major automobile manufacturers. Equipped with high-precision 3D coordinate measuring instruments and professional inspection personnel, the accuracy and quality of the welding fixtures are guaranteed.

The commercial vehicle project specializes in the development, design, manufacturing, and service of welding equipment for components such as aluminum alloy fuel tanks and aftertreatment systems for commercial vehicles. It is one of the earliest teams in China to provide users with mature welding equipment. The team has provided hundreds of sets of automated, intelligent, and flexible welding equipment and production lines for aluminum alloy fuel tanks and aftertreatment systems to users both domestically and internationally. The team possesses strong capabilities in technological innovation and technology transfer, currently holding ten invention patents and multiple utility model patents in these two fields.

The team was the first in China to adopt robot welding technology with laser seam tracking for the circumferential welding of aluminum alloy fuel tank end caps, achieving dual-robot and dual-tracking functions, which doubled the efficiency of fuel tank welding production. They developed and manufactured China's first fully automatic, intelligent aluminum alloy fuel tank welding production line and created the country's first fully automatic longitudinal seam welding equipment for aluminum alloy fuel tank bodies, obtaining nine national invention patents.

The team has been engaged in the research and development of welding equipment for commercial vehicle aftertreatment systems at an early stage in China, completing the development and application of welding production equipment and production lines that meet National IV, V, and VI emission standards. Both the technology and product quality are leading among domestic peers, and the team has obtained one national invention patent and multiple utility model patents. The team gathers top technical talents from the industry, with meticulous and rigorous design, precise installation and commissioning, and conscientious after-sales service. The team continuously pursues technological innovation, accumulating more advanced experience in the research and development of welding equipment for aluminum alloy fuel tanks and aftertreatment systems for commercial vehicles. We have the capability to provide global users with products of first-class technology, quality, and service.

A TIG welder with pulse function for welding thick plate carbon steel and stainless steel products, no need for beveling or filler wire, it can weld through in one pass, significantly improving production efficiency. When used with a deep penetration welding machine, the effect is even better. It comes with 485 or RS232 communication, allowing connection to PLC for centralized control.

The three-way catalyst welding production line is mainly used for welding, assembly and testing automatic production of the hot-end three-way catalyst for automobiles, which mainly includes robot arc welding workstation, inspection machine, CNC spot welding machine, resistance welding and other equipment. The whole line has the characteristics of flexibility, automation and intelligence. The whole line adopts robot welding mode, which can realize rapid production by replacing different product fixtures. The whole line has the collection, storage and transmission functions of welding data, maintenance data, energy consumption data, production data, etc., and the setting of two-dimensional code for product serial number can realize product quality traceability and production process parameter monitoring.

Electric water heater inner tank welding line, Heat pump water heater inner tank welding line, Water storage gas water heater inner tank welding line, Boiler inner tank welding line, Enamel water heater inner tank welding line, Stainless water heater steel inner tank welding line, Water uffer tank welding line - whatever you call it. The production line is customized according to client capacity requirements, either fully-automatic or semi-automatic.

The equipment is fully automatic; the cylinder and front and rear heads are conveyed automatically; the front and rear heads are fed by overhead manipulators; the cylinder longitudinal seam welder adopts a pass-through structure, feeding in at the front and discharging at the back, which is highly efficient and convenient for logistics; automatic welding machines, handling robots, and welding robots are reasonably matched, working together with the automated logistics transfer line to complete the automatic logistics transfer and automatic welding of the workpiece.

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