The conveyor system between the press stations is a vacuum suction cup mechanism driven by a special cam curve and consisting of a certain number of suction cups and a cross-structure. It ensures smooth feeding and high-speed transmission, which can meet the needs of high-frequency stamping.
The main transmission mechanism of each station beam is linked together by a high-speed gear shaft, a soft coupling coupling and a clutch, and the transmission is synchronized. The workpiece transfer system can also be driven by a servo motor. In addition to this, a universal transition tool bracket is provided between the press stations.
The bracket repositions the previous station workpiece to the next position in the best position; uses five programmable axes to move the workpiece in any desired direction, including separate pieces.
Drive the vacuum suction cup transfer bridge, in the asymmetric waiting position after the mold is closed, reduce the transport step, which can improve the production capacity; most of the time, the wedge, ejector and pusher of the mold can be omitted. Its use improves the quality of the workpiece, reduces the cost of the mold, and reduces the amount of maintenance work.
It can be seen from the above that the crossbar press has superior performance and higher productivity than the three-coordinate press (two products can be processed per stroke), and is suitable for the stamping processing of large covers of cars.
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