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Metal extrusion/hot die forging hydraulic press
The Metal extrusion/hot die forging hydraulic press is an advanced manufacturing technology for high-quality, efficient, and low-consumption processing of metal components with minimal or no cutting chips. It has gained wide application in various manufacturing industries such as automotive, machinery, light industry, aerospace, defense, and electrical equipment.
The Metal extrusion/hot die forging hydraulic press is specifically designed for the cold extrusion, warm extrusion, warm forging, and hot die forging forming processes, as well as precision finishing of metal components.
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titanium alloy superplastic forming hydraulic press
The Superplastic Forming Hydraulic press is a specialized machine designed for the near-net forming of complex components made from difficult-to-form materials with narrow deformation temperature ranges and high deformation resistance. It finds widespread application in industries such as aerospace, aviation, military, defense, and high-speed rail.
This hydraulic press utilizes the superplasticity of materials, such as titanium alloys, aluminum alloys, magnesium alloys, and high-temperature alloys, by adjusting the grain size of the raw material to a superplastic state. By applying ultra-low pressure and controlled speeds, the press achieves superplastic deformation of the material. This revolutionary manufacturing process enables the production of components using significantly smaller loads compared to conventional forming techniques.
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Free forging hydraulic press
The Free Forging Hydraulic Press is a specialized machine designed for large-scale free forging operations. It enables the completion of various forging processes such as elongation, upsetting, punching, expanding, bar drawing, twisting, bending, shifting, and chopping for the production of shafts, rods, plates, discs, rings, and components composed of circular and square shapes. Equipped with complementary auxiliary devices such as forging machinery, material handling systems, rotary material tables, anvils, and lifting mechanisms, the press seamlessly integrates with these components to complete the forging process. It finds wide applications in industries such as aerospace and aviation, shipbuilding, power generation, nuclear power, metallurgy, and petrochemicals.
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Light Alloy Liquid Die Forging/semisolid forming Production Line
The Light Alloy Liquid Die Forging Production Line is a state-of-the-art technology that combines the advantages of casting and forging processes to achieve near-net shape forming. This innovative production line offers several benefits, including a short process flow, environmental friendliness, low energy consumption, uniform part structure, and high mechanical performance. It consists of a multifunctional CNC liquid die forging hydraulic press, an aluminum liquid quantitative pouring system, a robot, and a bus integrated system. The production line is characterized by its CNC control, intelligent features, and flexibility.
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Isothermal forging Hydraulic Press
Isothermal forging Hydraulic Press is a technologically advanced machine designed for the isothermal superplastic forming of challenging materials, including aerospace special high-temperature alloys, titanium alloys, and intermetallic compounds. This innovative press simultaneously heats the mold and raw material to the forging temperature, allowing for a narrow temperature range throughout the deformation process. By reducing the metal’s flow stress and significantly improving its plasticity, it enables the one-step production of intricately shaped, thin-walled, and high-strength forged components.
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The automatic multi-station extrusion/forging hydraulic press production line
The automatic multi-station extrusion/forging hydraulic press production line is designed for the cold extrusion forming process of metal shaft components. It is capable of completing multiple production steps (typically 3-4-5 steps) in different stations of the same hydraulic press, with material transfer between stations facilitated by a stepper-type robot or mechanical arm.
The multi-station automatic extrusion production line comprises various devices, including a feeding mechanism, conveying and inspection sorting system, slide track and flipping mechanism, multi-station extrusion hydraulic press, multi-station molds, mold-changing robotic arm, lifting device, transfer arm, and unloading robot.
