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What is the working principle of the flat forging machine?
Release time:
2022-04-24
The working principle of the vertical parting flat forging machine is: when the motor rotates, the crankshaft is driven to rotate through the V-belt, flywheel clutch, transmission shaft, pinion, and large gear, so that the main slider makes a reciprocating linear motion through the connecting rod. While the crankshaft rotates, the cam at the lower end of the crankshaft forces the side slider to move back and forth, and the clamping slider is moved back and forth (clamping or loosening) through the lever. The working sequence of the two sets of mechanisms (upsetting of the punch and clamping of the female die) is that when the clamping slider makes the clamping female die closed, the main slider will carry out upsetting and forging work. When the lifter sends the blank into the corresponding clamping die in turn and clamps the buckle by the die, the main slider is to forge the bar. After forging, the main slider returns, then the clamping die is separated, and the blank completes a deformation step. So reciprocating, the blank in turn through the vertical direction of each die chamber, to complete the corresponding deformation of each work step, to achieve the forging of the blank. The working principle of the horizontal parting flat forging machine is the same as that of the vertical parting flat forging machine. The difference is that the parting plane of the horizontal parting mold is along the horizontal direction, and the mold cavity is also arranged horizontally. Therefore, the operation is more convenient, the realization of mechanization and automation is relatively easy, the body force is also more reasonable.
The working principle of the vertical parting flat forging machine is: when the motor rotates, the crankshaft is driven to rotate through the V-belt, flywheel clutch, transmission shaft, pinion, and large gear, so that the main slider makes a reciprocating linear motion through the connecting rod. While the crankshaft rotates, the cam at the lower end of the crankshaft forces the side slider to move back and forth, and the clamping slider is moved back and forth (clamping or loosening) through the lever. The working sequence of the two sets of mechanisms (upsetting of the punch and clamping of the female die) is that when the clamping slider makes the clamping female die closed, the main slider will carry out upsetting and forging work. When the lifter sends the blank into the corresponding clamping die in turn and clamps the buckle by the die, the main slider is to forge the bar. After forging, the main slider returns, then the clamping die is separated, and the blank completes a deformation step. So reciprocating, the blank in turn through the vertical direction of each die chamber, to complete the corresponding deformation of each work step, to achieve the forging of the blank.
The working principle of the horizontal parting flat forging machine is the same as that of the vertical parting flat forging machine. The difference is that the parting plane of the horizontal parting mold is along the horizontal direction, and the mold cavity is also arranged horizontally. Therefore, the operation is more convenient, the realization of mechanization and automation is relatively easy, the body force is also more reasonable.
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