Slotting machine combination knife holder

Abstract

Provided is a combined tool rest of a slotting machine. The combined tool rest is used for the paper board slotting machine and is composed of a main mounting beam, a tool rest assembly, a position sensing device and a displayer. The main mounting base is of a rectangular structure. The position sensing device is arranged below the main mounting beam. The tool rest assembly is horizontally mounted on the main mounting beam longitudinally through a limiting plate, and the position sensing device is arranged on the limiting plate. The combined tool rest of the slotting machine is reasonable in structure; the tool rest assembly can be disassembled and assembled conveniently; the transverse movement of the tool rest assembly can be displayed digitally and is accurate and convenient to implement, and the production requirements of the paper board slotting machine for the modern, efficient, accurate and environmentally friendly properties can be met.

Description

Technical field [0001] The utility model relates to a slotting machine combined knife holder for a cardboard slotting machine. Background technique [0002] The slotting machine tool holder is an indispensable functional part of the cardboard slotting machine, which is responsible for the cutting function of the cardboard slotting. The performance of the tool holder of the slotting machine largely determines the quality, efficiency and accuracy of the slotting. [0003] Although the previous slotting machine tool holder can realize the cutting processing of cardboard slotting, but due to the structure limitation, it can only be debugged randomly on the equipment, so for multiple knives at the same time, a cardboard sheet can be opened several times. When grooving, the feed depth of multiple knives cannot be adjusted to be precise and consistent, and there is no millimeter-level precise measurement method for fine-tuning of translation, resulting in long adjustment time, low effici...

AI Technical Summary

Problems solved by technology

[0003] Although the previous slotting machine tool holder can realize the cutting process of cardboard slotting, but due to structural limitations, it can only be randomly debugged on the equipment, so for multiple knives at the same time, several slots are opened on a cardboard sheet at the same time. When slotting, the cutting depth of multiple knives cannot be adjusted to a precise consistency, and there is no millimeter-level precise measurement method for translational fine-tuning, resulting in long adjustment time, low efficiency, and low adjustment accuracy, which cannot meet the modern, efficient, accurate and Green Production Requirements

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