High Precision and High Performance: It can produce parts with minimal dimensional deviations and relatively simple geometries (2D/2.5D), meeting stringent precision requirements; the resulting components exhibit high density and excellent mechanical properties—such as high strength and corrosion resistance—making them suitable for demanding applications in industries like automotive and aerospace.
This series of vulcanizing presses is the primary molding equipment for both molded and non‑molded rubber products, featuring a simple structure, high pressure, broad applicability, and high efficiency. It can also be used for compression molding of thermosetting plastics, foams, resins, bakelite, thin metals, building materials, and other molded products. Equipped with an imported PLC control system, it delivers sensitive and reliable operation.
It is primarily used to manufacture automotive interior components, such as car headliners, thermal insulation pads, floor mats, and wheel arch liners.
This series of hydraulic presses is suitable for processes such as tensile testing, bending, flanging, cold extrusion, blanking, straightening, and press fitting of metallic materials. It is also applicable to the compression molding of powder‑based and abrasive products, as well as to the compression molding of plastic products and insulating materials.
It is primarily used for stamping and forming of both metallic and non-metallic materials, and is also suitable for compression molding of powders and composite materials.
It is primarily used for pressing products such as powder metallurgy components, electronic ceramics, rare-earth powders, silicon carbide, ferrite magnetic materials, and graphite, and can be widely applied in industries including automotive, aerospace, shipbuilding, high-speed rail, machine tools, household appliances, and power-generation equipment.
This series of hydraulic presses is suitable for forming various metal components, including automotive body parts, household appliance parts, and kitchenware, as well as for the production and application of components in tractors, motorcycles, aerospace, electrical appliances, instrumentation, and the chemical industry.
It is primarily used for the press forming of automotive longitudinal beams and is also suitable for the stamping and forming of large sheet metal components such as automotive crossmembers and floor panels.