Solutions

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  Automobile

  Through various cold stamping and hot stamping production lines, various covering parts and structural components such as the front and rear walls, side walls, roof, chassis, doors, engine hood, and trunk lid of the vehicle body are processed at high speed and efficiency, ensuring high precision, consistency, and production takt time of the components. This is a key link in achieving mass production and lightweight design of automobiles.

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  Household Appliances

  It is primarily used for producing the shells, panels, baseplates, and internal structural components of refrigerators, washing machines, air conditioners, and other products. Through automated stamping lines, it achieves large-scale, low-cost production of sheet metal parts, ensuring the flatness and aesthetics of the product appearance, while meeting the stringent requirements of the home appliance industry for production efficiency and cost control.

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  3C Electronics

  Developing towards high precision, high speed, and miniaturization, it is used to manufacture precision components such as mobile phone frames, laptop casings, camera metal rings, and interface shielding covers. It can produce stably within extremely tight tolerances, ensuring the exquisite appearance, structural strength, and electromagnetic shielding performance of metal components in electronic products.

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  Hardware Accessories

  It is widely used in the manufacture of various standard and non-standard components such as locks, hinges, slide rails, screws, nuts, spring pieces, etc. Through automated progressive dies, continuous feeding of raw materials and one-time completion of multiple processes are achieved, greatly enhancing production efficiency and meeting the market's demand for large quantities and low costs of hardware accessories.

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  Rail Transit

  It is primarily used for the production of large body panels, load-bearing structural components, and interior decorative parts for high-speed trains and subway vehicles. Due to the large size, complex shape, and extremely high requirements for safety and reliability of its products, automated stamping ensures force control, precision stability, and consistency during the forming process of large components.

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  Aerospace

  Used for manufacturing key load-bearing components such as aircraft skins, wing ribs, and bulkheads, as well as engine parts, it meets the extremely high limit capability requirements of stamping processes. It is capable of providing hot forming of high-strength aluminum alloy, titanium alloy, and other materials, achieving ultimate weight reduction while ensuring extreme strength and reliability.

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  Ship

  It is mainly used for processing hull steel plates, manufacturing large flat and curved panel components such as hull outer plates, decks, bulkheads, etc. Through digital control and automation, it effectively handles the cutting, bending, and preliminary forming of thick steel plates, providing high-precision components for subsequent welding and final assembly, thereby enhancing shipbuilding efficiency and quality.

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  Motor

  Through high-speed stamping production lines and precision progressive dies, silicon steel sheets are stamped into specific shapes and stacked to form iron cores. The extremely high efficiency and precision directly determine the energy efficiency, power density, and noise level of the motor, making it the core link in the mass manufacturing of motors.

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  New Energy

  It is widely used in the manufacture of power battery casings for new energy vehicles, metal bipolar plates for hydrogen fuel cells, cooling fins for photovoltaic inverters, and solar photovoltaic brackets, providing reliable manufacturing solutions for achieving lightweight, high safety, and mass production of emerging products.

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