Full-automatic sponge disk horizontal cutting machine

Abstract

The invention provides an efficient full-automatic sponge disk horizontal cutting machine. The full-automatic sponge disk horizontal cutting machine comprises a platform and a main machine frame. The main machine frame and a tool rest are connected together. The platform is horizontally placed below the tool rest. An electric cabinet which controls the main machine frame and a plurality of motors on the tool rest to work is arranged on the side of the platform. A pneumatic tensioning device and an angle adjusting device are arranged on the main machine frame. The cutting thickness and the cutting frequency are set on the electric cabinet, then the tool rest is moved to the proper position, a start button on the electric cabinet is pressed to drive a tool belt on the tool rest to work, a friction driving wheel on the platform drives platform plates to rotate, and therefore the cutting work is accomplished. By the adoption of the full-automatic sponge disk horizontal cutting machine, the working efficiency of cutting of sponge sheets is improved, the thickness error of the sponge sheets is reduced, the surface quality of the sponge sheets is improved, and the working strength of workers is reduced.

Description

technical field [0001] The invention relates to a flat cutting machine, in particular to an efficient automatic sponge disc flat cutting machine. Background technique [0002] Existing flat cutting machines are generally composed of four parts: column, knife rest, platform and control box. When working, put the sponge on the platform, set the thickness to be cut on the control box, and then the control box controls the knife holder to move down the column to the set position according to the set thickness, and then the platform drives the sponge to move forward , the tool holder is horizontally set to a high-speed blade. When the sponge passes the knife holder, the high-speed blade will separate the sponge from top to bottom. When the platform moves to the front limit, the platform will automatically stop and then automatically move backwards. Move, stop when the platform moves to the rear limit, then the tool holder moves down to the set thickness, and then the platform mo...

AI Technical Summary

Problems solved by technology

[0003] The platform of the existing flat cutting machine moves back and forth, and it is an empty stroke when moving backwards, which reduces the work efficiency; the movement of the existing flat cutting machine tool rest is driven by a common T-shaped threaded screw and an asynchronous motor, and the noise is large during movement. The precision is low; the sponge of the existing flat cutting machine is placed freely on the platform, and the friction between the sponge and the platform is completely determined by the weight of the sponge. In this way, the relative movement between the sponge and the platform is often caused by the insufficient weight of the sponge in the cutting density , resulting in inaccurate thickness; the upper and lower platforms of the sponge of the existing flat cutting machine are completely carried by hand, and the labor intensity of the workers is relatively high; the tightness of the existing flat cutting machine knife belt is also manually controlled, and the replacement of the knife belt takes a long time and is laborious

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