The paper cutter is mainly composed of a host (also known as a gantry), a workbench, a paper pushing mechanism, a paper pressing mechanism, a cutting mechanism, etc. The paper pushing mechanism is used to push the paper for positioning and post regulation. The paper pressing mechanism presses the paper in place to ensure that the original positioning accuracy is not destroyed during the cutting process. The cutting mechanism is used to cut the paper. Side block gauges, the workbench plays a supporting role. From the driving method of the paper pressing mechanism, it is divided into mechanical paper pressing and hydraulic paper pressing.
        The hydraulic paper pressing method can more accurately ensure the precision of the equal length tolerance of the cut material after cutting (commonly known as the accuracy of the upper and lower knife), especially when the cutting density is larger, the difference is particularly obvious. Therefore, with the advent of hydraulic paper-pressing paper cutters, mechanical paper-pressing paper cutters are no longer used by customers who require high cutting accuracy.
        The clutches of the paper pressing mechanism and the cutting mechanism are driven by hydraulic methods, and are also called full hydraulic or dual hydraulic paper cutting machines. Full hydraulic or dual hydraulic paper cutters have a greater cutting force, which has obvious advantages when cutting high-density cut objects. The clutch is not easy to slip and there is no need to adjust the clutch clearance frequently.

        Dual hydraulic paper cutter adopts microcomputer program control circuit, touch key operation panel, large-screen LCD display, selectable before, after or knife pressure setting, built-in 8 × 9 groups of cutting data memory 6 × 8 components Segment cutting memory, automatic and accurate completion of paper pushing, paper pressing, cutting and other actions. The paper cutter adopts the whole floor type gantry body, dual hydraulic power system, imported main motor and hydraulic valve.