Aviation Manufacturing

Aerospace vehicles have almost stringent performance requirements for their components, requiring structural stability to be maintained in extreme temperature, high pressure, and high vibration environments. Hydraulic presses, with their machining accuracy and material adaptability, have become the core equipment in aerospace manufacturing, playing an irreplaceable role in engine component forging, composite material forming, structural component straightening, and other processes.
In aircraft engine manufacturing, hydraulic presses shape core components through isothermal forging process; The hydraulic press plays a key role in the overall forming of large structural components. The main load-bearing frame, beams, wing roots and other components of the aircraft are formed using integral forging technology, which reduces the number of welds by more than 80% and increases the fatigue life of the structure several times; In the field of composite material molding, hydraulic presses achieve breakthroughs in lightweight through hot pressing technology.