How much do you know about CNC shearing machines?

CNC shearing machines generally use general-purpose or specialized computers to achieve digital program control, which usually controls mechanical quantities such as position, angle, speed, and switch quantities related to the flow of mechanical energy. The emergence of CNC shearing machines relies on the emergence of data carriers and binary data operations.

Performance characteristics of CNC shearing machine:

1. Accurate forced positioning, worm gear and worm drive, concentric smooth screw, noise free structure, steel plate welding structure, hydraulic transmission, accumulator return, easy operation, reliable performance, beautiful appearance, blade gap adjustment with indicator signs, easy and quick adjustment.

2. It is equipped with a lighting alignment device and can adjust the stroke of the upper knife holder infinitely (optional). It adopts a fence type personal safety protection device.

3. There is a digital display device for the size and cutting frequency of the rear stopper, hydraulic transmission, and a swing knife holder. The overall welding of the frame is sturdy and durable, and the use of an accumulator oil cylinder for smooth and rapid return travel.

CNC shearing machine

4. It has the function of infinitely adjusting the stroke, and the gap between the upper and lower blade edges is adjusted by the handle, making it easy to adjust the uniformity of the blade gap. Protective barriers and electrical interlocking ensure safe operation.

5. The CNC system and position encoder form a closed-loop control system, which has fast speed, high accuracy, good stability, and can accurately ensure the accuracy of the rear material displacement size. At the same time, the CNC system has multiple additional functions such as compensation and automatic detection.

The working process of the CNC shearing machine is as follows: after pressing the run button, assuming that the difference between the actual position and the target position exceeds 2mm, the deceleration distance can be set by the parameter, and the terminal outputs a potential signal; If the difference between the actual position and the target position is less than the deceleration distance, the terminal outputs a pulse signal (slow signal), and the operation indicator lights on the panel use fast and slow flashing respectively to indicate the fast or slow operation status. When the actual position is equal to the set position, the operation indicator light will remain on, indicating that it will stop in place. However, there is also a parameter that determines the stopping time. This parameter can set the time for the actual position and the set position to overlap (stay), so as to more accurately locate at the set position. For example, if the speed is slow and fast, the overlap time between the two is also short, which may cause overshoot. If a longer dwell time is set, the positioning will not end at this time, and the slow speed should be used repeatedly to locate to a more accurate position. However, the dwell judgment time should not be too long, otherwise it will affect the positioning speed, which will be determined based on the friction force of the machine, motor speed, and other on-site experience.