The mold is separable, featuring two parting surfaces, which allows for the forging of workpieces with undercuts and holes in both directions, such as double flanged sleeve. The shape of the forging is closer to that of the part, thus enabling the forging of complex shapes without slopes.
During the forging process, the billet is horizontally placed, with its length not restricted by the equipment's working space. This allows for the forging of long, rod-like workpieces that cannot be produced by vertical forging equipment, and individual long billets can also be forged continuously.
The main slider and clamping slider are driven by two separate mechanisms, respectively moving the upsetting punch and the clamping die. They move in perpendicular directions and perform actions such as clamping, upsetting, retracting, and releasing according to a specific program.
The clamping and drive mechanisms for the mold driving feature overload protection devices to prevent damage due to overloading during the clamping process.
The bed and crank linkage mechanism exhibit high rigidity.
⑥ The horizontal die forging machine is easy to achieve mechanized production.
The upsetting slide features a longer guide assembly, capable of withstanding greater eccentric loads and is suitable for multi-pass die forging.
Lack of versatility, not suitable for operations like elongation.
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