The Advantages and Application of Multi – station Continuous Press in the Market

At present, in the market, a general cycle of work or a product cycle on the punch, when the irregular shape in the processing of customers in the stamping products, need to cycle in a cycle or suppress the product to work cycle, can only use one Of the punch die and a number of vice mold work; as a result of more than one punch and vice mold work, which greatly increased the cost, manpower and time wasted.

Mechanical design The owner of the press has produced a multi-stage continuous punch, which has the advantage of playing a cycle or product cycle, the customer can mold according to their own modified product demand start angle and end angle, Mo range knives, action, Taiwan Punch and the former vice, only now need a multi-station punch can complete the work, saving equipment costs, save manpower and time, improve the stamping production efficiency.

The multi-station continuous punching set has terminals connected to the terminals of the punches on the controller, the controller is also connected to detect the punch at the slider angle sensor, and the output connection of the controller has multiple sets of knives. Multi-stage continuous press sensor uses Omron encoder, in the punch punch block encoder settings, real-time detection of the press slider rotation angle, and the detection signal back to the controller.

The actual use can be set in the multi-stage continuous punching touch screen die tool start angle and end angle, the movement range and the number of movements, the host receives the signal and sends the signal to the controller to display, and then sends a signal to control the cutting tool work.

Multi-station continuous punch before the use of the operator through the touch-screen terminal molding start angle and end angle, the knife group range of action, action time; start work, the sensor real-time detection of the punch slider angle, The detected signal is sent to the controller, and the punch at the sensor angle is detected using an angle setpoint which coincides with the control signal after the tool is received by the controller.

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