125KJ CNC martillo

We can provide forging production lines. In this forging production line, the core equipment is C92K Forging Hammer. It is a closed-die forging CNC Forging Hammer.

The CNC full hydraulic die forging hammer is developed to meet the needs of the development of precision forgings. It overcomes the shortcomings of traditional forging equipment, the striking energy can be programmed to control, the precision of forgings is high, and it can form an automatic production line. It is these advantages that CNC It is inevitable for the full hydraulic die forging hammer to replace the traditional forging equipment.

CNC hydraulic die forging hammer is a hydraulic double-acting programmable forging hammer with HO-U structure. It has the characteristics of low-carbon production, low vibration and high-efficiency production. It can cooperate with robots to create automatic forging lines.

CNC hydraulic die forging hammers are hydraulic double-acting programmable forging hammers with HO-U structures, they comply with low carbon production, low vibration, high-efficiency production, etc. Can cooperate with Robot to build automatic forging line.

CNC hammer is a die forging equipment with high forging precision and digital control of striking energy.

CNC Fully Hydraulic Die Forging Hammer is program-controlled hydraulic die forging hammer, they are widely applied in automobile forgings, motorcycle forgings, hardware forgings, hand tools blank forgings, stainless steel tableware, and aeronautic forgings etc, especially for the precision forging field. 

CNC full hydraulic die forging hammer is a high-precision, multi-functional die forging equipment with digital control of striking energy. It is a new type of ideal equipment that can replace imports.

C92K series CNC full hydraulic die forging hammer, also known as program-controlled hammer, is a forging equipment whose striking energy and striking process can be digitally controlled. The striking energy deviation is within ±3%. It is the core equipment of automated precision forging production lines.

The CNC hydraulic forging hammer adopts an integrated U-shaped frame cast steel hammer body, which improves the strength of the hammer body and enables the hammer body to bear the eccentric forging force.

CNC full hydraulic die forging hammer, also known as CNC electro-hydraulic hammer, program-controlled hammer or CNC hammer, can realize arbitrary adjustment of striking energy and prolong the working life of mold and hammer rod.

The economic effect of changing the old steam-air die forging hammer to a hydraulic power head is obvious. The steam-air die forging hammer is transformed with a power head. We call it C92KT CNC full-hydraulic die forging hammer. Because the body and anvil can be reused , it is much cheaper than buying a new fully hydraulic die forging hammer.

CNC hammer is a die forging equipment with high forging precision and digital control of striking energy.

The CNC full hydraulic die forging hammer is developed to meet the needs of the precision development of forgings. It overcomes the shortcomings of traditional forging equipment, the striking energy can be programmed to control, the precision of forgings is high, and it can form an automatic production line. It is these advantages that CNC It is inevitable for the full hydraulic die forging hammer to replace the traditional forging equipment.

CNC hammer is a die forging equipment with high forging precision and digital control of striking energy. It is a new type of ideal equipment that can replace imports.

CNC full hydraulic die forging hammer is a high-tech product with independent intellectual property rights of mechatronics, and it is a new type of CNC forging equipment for the forging industry to meet the requirements of high efficiency, energy saving and environmental protection.

Die forging CNC hammer is a kind of forging equipment whose striking energy and striking process can be digitally controlled. Automatic production can be realized with suitable robot automatic loading and unloading.