Double-station electric heating cutter device for materials

Abstract

The present invention discloses a double-station electric heating cutter device for materials. The double-station electric heating cutter device comprises an electric heating cutter device body, a portal frame, double-station workbenches and an electric heating control component, wherein the electric heating cutter device body is connected to the portal frame in a sliding manner; the double-station workbenches are arranged under the portal frame; the electric heating control component is connected to the electric heating cutter device body through a circuit; an electric heating cutter mechanism in the electric heating cutter device body is fixed under a connecting support, so that the cutting operation can be achieved through an actuating cylinder; an electric heating knife rest connected to a cutter can be used for instant heating, so that the cutter can reach a high temperature within a short time in order to facilitate cutting of soft materials; a temperature sensor fixedly connected to an upper part of the connecting support can feed the actual temperature of the cutter back, so that the cutting action of the actuating cylinder is controlled; and the electric heating cutter device body can be switched between the double-station workbenches. The double-station electric heating cutter device has the advantages of simple structure, high production efficiency and capability of achieving automation of a cutting process.

Description

Technical field [0001] The invention relates to a double-station material electric heating cutter device, which is mainly aimed at the automatic cutting of materials with soft texture and no internal inclusions. Background technique [0002] The traditional way of cutting the material is to cut the material from one end to the other with a knife or cut the material with scissors. First of all, in the first traditional method, the thickness of the material may be uneven during the cutting process, which will cause the material to twist and deform during the cutting process, and finally the uneven section will affect the subsequent work. Secondly, the second traditional scissors method is more suitable for thin and uniform materials. Otherwise, the materials will be cut continuously, the scissors will be damaged, and the cutting will not be smooth. The subsequent work will not be carried out normally. The dual-station material electric heating cutter device proposed by the present...

AI Technical Summary

Problems solved by technology

First of all, in the first traditional method, the thickness of the material may be uneven during the cutting process, so it will cause the material to twist and deform during the cutting process, and finally the irregular section will affect the follow-up work.

Secondly, the second traditional scissors method is more suitable for thinner and uniform materials. Otherwise, the materials will be cut continuously, the scissors will be damaged, and the cutting will not be smooth, which will also lead to the failure of subsequent work.

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