Arc welding and spot welding robots are responsible for welding body frames, chassis, and other components, ensuring uniform welds and stable strength, suitable for large-scale standardized production. Assembly robots perform precise assembly of core components such as engines, transmissions, doors, and seats, with some collaborative robots assisting in the assembly of precision parts.

Combined with automated production lines, it processes box-type parts such as engine cylinder blocks and gearbox housings, enabling multi-station milling, drilling, and boring composite machining to meet the needs of large-volume standardized production. In the field of mold manufacturing, high-speed machining centers are used to process the cavities and cores of injection molds and stamping dies, completing the fine machining of complex textures and deep cavity structures, thus shortening the mold development cycle.

They process parts such as crankshafts, drive shafts, gear shafts, and wheel hubs. Construction machinery: processing hydraulic cylinder piston rods and pump body shaft parts. General machinery: processing standard or non-standard rotating parts such as motor shafts, lead screws, and valve spindles. 3C electronics: processing small precision shafts, connector pins, and other miniature rotating parts.

With cost reduction, efficiency improvement, safety, reliability, and flexible adaptability as its core advantages, robotic palletizing, driven by both policy and technology, will see sustained high growth in market size over the next five years, evolving deeply towards intelligence, collaboration, and green manufacturing, becoming an essential equipment for manufacturing and logistics automation.

Breaking through machining boundaries with micron-level precision and empowering intelligent manufacturing with intelligent systems, the precision machining center is designed for high-demand parts processing. Equipped with high-precision servo drives and precision ball screws, and coupled with a professional engraving control system, it can achieve precise machining of complex surfaces and fine textures. Whether it's mold finishing, precision machining of metal parts, or fine engraving of handicrafts, it delivers perfect details with stable performance.

They work with CNC machine tools to achieve automatic loading and unloading of workpieces and mold handling, and can also perform processes such as grinding, polishing, and deburring, improving processing efficiency and consistency. They are responsible for picking parts from injection molding machines, spraying appliance casings, and assembling and sorting parts for refrigerators and washing machines, reducing the intensity of manual contact work. They perform food sorting, packaging, and palletizing, as well0 as automated filling, sorting, and sterile handling of pharmaceuticals, meeting hygienic production standards.