Hydraulic Press is an industrial machinery equipment based on Pascal's law, which uses hydrostatic pressure to achieve strong and controllable forces. It is the core "force bearing" of modern manufacturing industry.
Main structural components
Host (body): composed of crossbeams, columns/frames, workbenches, main oil cylinders, and sliders, capable of withstanding enormous pressure.
Power system: motor, hydraulic pump, oil tank, providing high-pressure oil source.
Hydraulic control system: Various valves (directional valve, relief valve, servo valve), control pressure, speed, and direction.
Auxiliary systems: cooling, filtering, lubrication, safety protection devices.
Core strengths
Under immense pressure: with a tonnage ranging from 1 ton to tens of thousands of tons, it can be molded into ultra thick and super strong materials.
Global pressure: The maximum rated pressure can be output at any position throughout the entire process.
Stable and controllable: Smooth movement, low vibration noise, easy to achieve complex processes such as pressure holding and delay.
Strong adaptability: Suitable for almost all materials such as metal, plastic, rubber, powder, composite materials, etc.

Main application areas
Automobile manufacturing: stamping of body coverings, forging of crankshafts/connecting rods, preparation of battery casings.
Aerospace: Titanium alloy/high-temperature alloy forging, aircraft structural component forming (China 80000 ton Forging Hydraulic Press).
New energy: lithium battery electrode compaction, hydrogen energy storage cylinder molding.
Powder metallurgy: hard alloy cutting tools, diamond, and magnetic material compression molding.
Composite materials: carbon fiber, fiberglass reinforced plastic hot press curing (aviation, sports equipment).
General processing: metal straightening, bearing pressing, sheet metal bending, scrap metal packaging.
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