Application of C61YA Series Full Hydraulic Forging Hammer
2025-11-07
energy, and high operating frequency.
I. Heavy Machinery & Equipment Manufacturing
Power Energy Equipment
- Wind Power: Upsetting, drawing, and rounding processes for large ring and shaft componentssuch as wind turbine main shafts, tower flanges, and gearbox transmission shafts.
- Thermal/Nuclear Power: Free forging of blanks for turbine rotors, high-pressure valvebodies, and generator end covers.
- Hydropower Equipment: Pre-forging of large hydraulic turbine shafts, blades, and other components.
Shipbuilding & Offshore Engineering
- Drawing and straightening of long shaft parts such as marine diesel engine crankshafts, stern shafts, and intermediate shafts.
- Pre-forging preparation for anchor chain accessories and mooring chain links before die forging.
- Pre-forming forging of large propeller blades.
II. Transportation Equipment
Rail Transit
- Upset pre-forming and finishing of axles for high-speed trains, EMUs, and locomotives.
- Free forging of critical structural parts such as coupler system forgings and gearbox housings.
Automotive Manufacturing
- Loose tooling forging of safety components including commercial vehicle axle housings and steering knuckles.
- Blank preparation for engine crankshafts, connecting rods, and other core parts.
III. Aerospace & Defense
- Free forging of high-temperature alloy and titanium alloy parts such as aircraft landing gear struts and engine turbine disks.
- Blooming and forming of special components for defense applications including gun barrels and cabin structures.
IV. Basic Industrial Fields
Metallurgical & Mining Equipment
- Custom forging of crusher main shafts and mill gear blanks for mining machinery.
- Repair forging of wear-resistant parts such as rolling mill rolls and guide devices.
Large Mold Manufacturing
- Prefabrication and optimization of large mold blanks for plastic molds, die-casting molds, etc.
Core Application Scenarios Summary
The C61YA Series Fully Hydraulic Open-Die Forging Hammer is particularly suitable formulti-variety, small-to-medium batch free forging production, especially in scenarios requiring: - High equipment versatility
- Diverse workpiece materials (e.g., carbon steel, alloy steel, non-ferrous metals)
- Strong process flexibility
With its "sufficient energy and fast frequency" characteristics, it effectively balances forging quality with production efficiency, making it an ideal solution for traditional forging shop upgrades and medium-sized forging production. 
