Experimental Evaluation of Eccentric Mechanism Power Loading of Movable Pressure Plate in Die-Cutting Press

Abstract The paper reports experimental research on torques during cardboard cutting in the die-cutting press with eccentrics drive of movable pressure plate. To conduct research, an bench is designed and manufactured. manufactured device for blanks provides possibility getting dependencies loadings at different parameters process. approach envisages use strain gauge measurement method wireless module data collecting, as well software its processing, trustworthy results minimum faults. gives opportunity to study torque values cardboard-cutting efforts shaft. shows changes value shaft kinematic cycle without blank. angle rotation process was evaluated selected thickness. relationship between linear thickness, fibre direction, rule type rotational speed elaborated. This kind approximated by a logarithmic function (logarithmic curve), R 2 from 0.90 0.98. thickness significantly influences effort all studied parameters.