C66Y Series Open Hydraulic Forging Hammer Features and Applications

Electro-hydraulic free forging hammers are widely accepted by modern free forging plants and are suitable for the production of various free forgings, such as shaft forgings, ring forgings, gear blanks, flanges, etc.

Electro-hydraulic hammer is a new type of forging equipment that is energy-saving and environmentally friendly. The guide of the hammer head is changed to “X” guide rail, which can adjust the guide rail clearance to a very low level, greatly improving the guiding accuracy of the electro-hydraulic hammer, improving the quality of forgings, extending the Hammer life.

The double-arm (arch type) free forging electro-hydraulic hammer converts the potential energy of the hammer head into the kinetic energy of the hammer head, thereby striking the forging and performing work.

At present, the all-hydraulic electro-hydraulic hammer has been applied to various specifications and series of die forging hammers and free forging hammers. Practice has proved that the all-hydraulic electro-hydraulic hammer is an ideal upgrade product for the hydraulic-pneumatic hammer.

The fully hydraulic die forging electro-hydraulic hammer is cost-effective and suitable for multi-variety, medium and small batch die forgings.

The main advantage of pressure forging compared to drop forging is its ability to deform the entire workpiece. Drop hammer forging generally deforms only the surfaces of the workpiece in contact with the hammer and anvil; the interior of the workpiece will remain relatively undeformed.

The full hydraulic free forging hammer refers to the free forging hammer whose strike and return stroke of the hammer head are hydraulically driven. The principle of the system is that the lower chamber of the hammer rod piston is usually connected with high-pressure oil, and the strike and return stroke are realized by controlling the oil pressure of the upper chamber of the piston. The full hydraulic free forging hammer has the advantages of sufficient energy, fast frequency, low failure rate, and can realize hanging hammer at any position. It is suitable for producing various types of free forgings.

fully hydraulic open die forging hammer is fully hydraulic drive open die forging hammer, there single arm type, arch type and bridge type etc structure type. The system principle is the below chamber of hammer rod piston connect the high pressure oil all the time,realize hit through control the upper and below oil pressure of piston of piston.It’s used for open die forging.

Design and manufacture a pneumatic utility power hammer with outstanding durability and user ergonomics, while making it affordable for hobbyists and professional blacksmiths alike. This also means that expensive foundations are not required.

The full hydraulic free forging hammer refers to the free forging hammer whose strike and return stroke of the hammer head are hydraulically driven. It has the advantages of sufficient energy, fast frequency, low failure rate, and can realize the suspension hammer at any position. It is suitable for producing various types of free forgings.

The full hydraulic free forging hammer refers to the free forging hammer whose strike and return stroke of the hammer head are hydraulically driven. The principle of the system is that the lower chamber of the hammer rod piston is usually connected with high-pressure oil, and the strike and return stroke are realized by controlling the oil pressure of the upper chamber of the piston. The full hydraulic free forging hammer has the advantages of sufficient energy, fast frequency, low failure rate, and can realize hanging hammer at any position. It is suitable for producing various types of free forgings.

Electro-hydraulic Open Die Forging Hammer is specially desired for general forging works, which is widely accepted in modern open die forging plants, suitable for producing various open die forgings.

The full hydraulic free forging hammer realizes the blow by controlling the upper and lower oil pressure of the piston. The blowing force is large, the speed is fast, and the failure is less.