Metal Forging

Free forging

It is the oldest type of industrial forging and is characterized by the deformation of metal not limited by its shape or mass (it is free). It is used to manufacture usually larger single or small batches. Furthermore, such metal forgings are used to prepare preforms for die forging.

It can also be found as a forge in open dies.

Before and after applying the die forging process

This type of forging service involves placing a part between two dies which, when closed, form a cavity with the desired shape and size of the part. As the process progresses, whether using a hammer or a press, the material deforms and adapts to the die until the desired geometry is achieved. This process must be performed with burr beads to provide the necessary pressure when filling the final area of ​​the workpiece, especially if the part has a small radius and can be free of burrs, depending on whether the mold contains a release area that accommodates excess material (burrs) . It is used to manufacture large series of parts that vary widely in size and geometry. The pieces range in size from a few millimeters in length to several meters and tons in weight, and their geometry can be simple or complex.

It can also be found as a forging in closed dies.

Isothermal Forging

Main article: Isothermal forging.

Isothermal forging is a special type of forging in which the temperature of the die is significantly higher than that used in traditional china forging manufacturer. depressed

Unlike the previous process performed hot, this process can also be performed cold. It consists of the concentration or accumulation of material in a certain and limited area of ​​a piece (usually in strips). Therefore, a direct consequence of this process is that the length of the initial bar decreases, while its cross-section in the upset zone increases.

If the process is carried out cold, and at the end of the workpiece, it is called cold heading.

Aluminum cnc machining emerged in 1940 thanks to the work of American engineer John T. Parsons, who used punched cards as a positional coordinate system to control machining centers. Eight years later, the system was submitted to the U.S. Air Force for sponsorship at the Massachusetts Institute of Technology (MIT) lab.

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