Cutting machine

Abstract

The invention provides a cutting machine, which comprises a frame support rod (1), wherein the frame support rod (1) is fixed on a base plate (2); an idler wheel (3) is arranged on the base plate (2); the idler wheel (3) is mounted in a guide rail (4); the guide rail (4) comprises a first guide rail main body (5) and a second guide rail main body (6); a guide rail cavity (7) is formed by the first guide rail main body (5) and the second guide rail main body (6); and the bottom of the guide rail cavity (7) is provided with a clearance (8). According to the cutting machine provided by the invention, the guide rail has a split structure and the clearance is arranged on the bottom of the guide rail cavity, so the cloth scraps generated in the cutting process can be timely discharged from the clearance on the bottom after falling into the guide rail cavity, and the process of frequently halting for clearing the cloth scarps is unnecessary, thereby increasing the working efficiency under the condition that the cost is not increased. The cutting machine has simple structure and high stability.

Description

technical field [0001] The invention relates to fabric cutting technology, especially a cutting machine. Background technique [0002] Fabrics are often cut in the textile industry. The cutting machine uses the motor to drive the blade, and can move quickly and accurately in the track. It is a high-efficiency and high-precision cutting equipment often used in fabric cutting. [0003] At present, the guide rails of cutting machines on the market generally adopt an integrated structure. The cavity used to place the bottom plate and install the rollers in the guide rail is called the guide rail cavity. The bottom of the guide rail cavity of the integrated guide rail is closed, and the upper part of the guide rail cavity is due to the The movement of the support rod must have a gap, so the guide rail cavity is actually a cavity with an upper opening and a closed bottom. Since the cutting machine will generate a lot of cloth scraps during the process of cutting the cloth, the cl...

AI Technical Summary

Problems solved by technology

[0003] At present, the guide rails of cutting machines on the market generally adopt an integrated structure. The cavity used to place the bottom plate and install the rollers in the guide rail is called the guide rail cavity. The bottom of the guide rail cavity of the integrated guide rail is closed, and the upper part of the guide rail cavity is due to the The movement of the support rod must have a gap, so the guide rail cavity is actually a cavity with an upper opening and a closed bottom. Since the cutting machine will generate a lot of cloth scraps during the process of cutting the cloth, the cloth scraps can easily pass through the upper part of the guide rail cavity. The opening enters, but because the bottom of the guide rail cavity is closed, it cannot be discharged in time. As the cloth debris falls, it gradually affects the operation of the rollers in the guide rail. Therefore, it is necessary to stop frequently and clean the cloth debris, which seriously affects the work efficiency and service life.

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