Auxiliary machinery for forging machinery: mainly includes various forging hammers, various presses and other auxiliary machinery.
A forging hammer is a kinetic energy generated by a heavy hammer falling or forced to move at a high speed, and a machine that performs work on the blank to plastically deform it. Forging hammer is the most common and oldest forging machine. It has simple structure, flexible work, wide use and easy maintenance. It is suitable for free forging and die forging. However, the vibration is large and it is difficult to achieve automated production.
The mechanical press is driven by crank connecting rod or toggle mechanism, cam mechanism and SCREW mechanism. It has stable operation, high working precision, good operating conditions and high productivity. It is easy to realize mechanization and automation, and is suitable for working on automatic lines. Mechanical presses rank first in all types of forging machinery.
Various wire forming automats such as cold heading machines, flat forging machines, screw presses, radial forging machines, most bending machines, straightening machines and shearing machines, etc., also have transmission mechanisms similar to mechanical presses. It is a derivative series of mechanical presses.
The hydraulic press is a forging machine that transmits working pressure with high-pressure liquid (oil, emulsion, etc.). The stroke of the hydraulic press is variable and can deliver maximum working force at any position. The hydraulic machine works smoothly, without vibration, and is easy to reach a large forging depth. It is most suitable for the forging of large forgings and the drawing, packing and briquetting of large-size sheets. The hydraulic machine mainly includes a hydraulic press and a hydraulic press. Some bending, orthopedic and shearing machines are also classified as hydraulic machines.
The rotary forging press is a forging machine combined with forging and rolling. On the rotary forging press, the deformation process is completed by the local deformation gradually expanding, so the deformation resistance is small, the machine quality is small, the work is stable, no vibration, and it is easy to realize automatic production. Roll forging machines, forming rolling mills, coiling machines, multi-roll straightening machines, boring machines, spinning machines, etc. all belong to rotary forging presses.
A forging hammer is a kinetic energy generated by a heavy hammer falling or forced to move at a high speed, and a machine that performs work on the blank to plastically deform it. Forging hammer is the most common and oldest forging machine. It has simple structure, flexible work, wide use and easy maintenance. It is suitable for free forging and die forging. However, the vibration is large and it is difficult to achieve automated production.
The mechanical press is driven by crank connecting rod or toggle mechanism, cam mechanism and SCREW mechanism. It has stable operation, high working precision, good operating conditions and high productivity. It is easy to realize mechanization and automation, and is suitable for working on automatic lines. Mechanical presses rank first in all types of forging machinery.
Various wire forming automats such as cold heading machines, flat forging machines, screw presses, radial forging machines, most bending machines, straightening machines and shearing machines, etc., also have transmission mechanisms similar to mechanical presses. It is a derivative series of mechanical presses.
The hydraulic press is a forging machine that transmits working pressure with high-pressure liquid (oil, emulsion, etc.). The stroke of the hydraulic press is variable and can deliver maximum working force at any position. The hydraulic machine works smoothly, without vibration, and is easy to reach a large forging depth. It is most suitable for the forging of large forgings and the drawing, packing and briquetting of large-size sheets. The hydraulic machine mainly includes a hydraulic press and a hydraulic press. Some bending, orthopedic and shearing machines are also classified as hydraulic machines.
The rotary forging press is a forging machine combined with forging and rolling. On the rotary forging press, the deformation process is completed by the local deformation gradually expanding, so the deformation resistance is small, the machine quality is small, the work is stable, no vibration, and it is easy to realize automatic production. Roll forging machines, forming rolling mills, coiling machines, multi-roll straightening machines, boring machines, spinning machines, etc. all belong to rotary forging presses.
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