Crevasse creasing machine for honeycomb paperboards

Abstract

The invention relates to a crevasse creasing machine for honeycomb paperboards. Integrated working tool bits are installed on integrated working tool bit brackets, wherein each integrated working tool bit bracket is tightly fastened to one linear bearing pedestal and is sheathed on a linear slide rail shaft, and both sides of each integrated working tool bit bracket are respectively installed with one screw rod adjusting seat assembly; and a combined electrical control switch is connected with an electromotor connected with a speed reducer, the combined electrical control switch drives a transmission shaft by the electromotor and the speed reducer through the transmission of a V-belt pulley, and the transmission shaft drives a working bedplate to make linear reciprocating movement through a gear rack transmission system. The crevasse creasing machine for the honeycomb paperboards replaces the manual operation by massively adopting mechanical processing, thereby greatly reducing the workload and lowering the labor cost and the manufacturing cost; and simultaneously, mechanically pressed fine crevasse creases guarantee the accurate size of a box body and the artistic degree of the appearance.

Description

technical field [0001] The invention relates to the field of honeycomb paperboard packaging, in particular to a honeycomb paperboard creasing machine. Background technique [0002] At present, in the honeycomb cardboard packaging product industry, most honeycomb cardboard packaging boxes adopt the following two processes: 1. Cut out the six unit panels that make up the box body according to the specifications and sizes, and then manually wrap, paste, and assemble them. 2. Use machinery to cut out the unit panels that make up the box and the joint plates connected by several unit panels, and then use a cardboard bending machine to sequentially indent and bend the joint plates connected by several unit panels at a certain geometric size position , and then hand-pasted to form a box tube and hemmed to assemble a box. Both of these two processing methods contain many manual factors, which have defects such as low production efficiency, high labor intensity, high production cost...

AI Technical Summary

Problems solved by technology

Both of these two processing methods contain many manual factors, which have defects such as low production efficiency, high labor intensity, high production cost, difficulty in ensuring product quality and stable performance, and difficulty in meeting the needs of large-scale packaging.

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