Automatic cutting device for corrugated cardboard

Abstract

The invention discloses an automatic cutting device for a corrugated cardboard. The automatic cutting device comprises a support frame. A cutting table is arranged on the support frame. An x-directionlinear sliding device is arranged on the support frame in the length direction of the cutting table. A first y-direction linear sliding device and a second y-direction linear sliding device are arranged on the x-direction linear sliding device in the width direction of the cutting table. A cardboard lifting mechanism is arranged on the first y-direction linear sliding device. An indentation mechanism, a straight cutting mechanism and an oblique cutting mechanism are arranged on the second y-direction linear sliding device. By the adoption of the automatic cutting device, the indentation mechanism, the straight cutting mechanism and the oblique cutting mechanism for processing the cardboard are organically arranged on the cutting table in a combined manner, and meanwhile a cardboard lifting device for lifting the cardboard is also arranged, so that automatic lifting and feeding of the cardboard are realized. The device integrates automatic feeding and automatic processing of the cardboard and fills the market blank in the field at present.

Description

technical field [0001] The invention relates to the technical field of cardboard processing, in particular to an automatic cutting device for corrugated cardboard. Background technique [0002] Packaging boxes are generally used for the circulation of goods to facilitate the turnover of goods, and play a vital role in our lives. The packaging box has a certain storage space, and is often used to pack a variety of fragile or inconvenient foods or objects. Among all items, precision instruments are a type of instruments that require high precision. Each precision instrument has been tested for performance before leaving the factory. However, precision instruments may be subject to various shaking or impact during sales and transportation. Seriously affect the precision performance of the instrument, so wooden boxes are generally used in the market to package precision instruments, and rely on the strength of the wooden box itself to maintain the stability of the inward storag...

AI Technical Summary

Problems solved by technology

However, packaging precision instruments in wooden boxes is not only costly, but also heavy, which is not conducive to storage and transportation. Therefore, more and more companies consider using special corrugated paper to pack tightly together.

When using corrugated paper to package precision instruments, it is necessary to cut the cardboard so that multiple different assembly blocks can be formed on one cardboard to maximize the utilization rate of the cardboard. At present, the traditional cardboard cutting device has a single function and cannot automatically feed the cardboard. , cutting integration

Images