Metal raw material cutting machining device for high-end equipment manufacturing

Abstract

The invention discloses a metal raw material cutting machining device for high-end equipment manufacturing. The metal raw material cutting machining device comprises a bottom plate, guide supporting plate frames, a propelling mechanism, a cutting mechanism, a linkage mechanism and a bottom supporting mechanism, wherein the two sides of the bottom plate are connected with the guide supporting plateframes; the propelling mechanism is arranged on the bottom plate; the cutting mechanism is arranged on the bottom plate; the linkage mechanism is arranged among the bottom plate, the propelling mechanism and the cutting mechanism; and the bottom supporting mechanism is arranged on the cutting mechanism and is in transmission connection with the linkage mechanism. According to the metal raw material cutting machining device, the propelling mechanism can push plate-shaped metal raw materials to the position of the cutting mechanism, the linkage mechanism can drive the cutting mechanism and thebottom supporting mechanism to work at the same time, the cutting mechanism can cut the plate-shaped metal raw materials into circles, and the cut circular metal raw materials and waste can be separated through the bottom supporting mechanism.

Description

technical field [0001] The invention relates to a cutting and processing device, in particular discloses a metal raw material cutting and processing device for high-end equipment manufacturing. Background technique [0002] Metal materials are usually used in the manufacture of high-end equipment, and plate-shaped metal raw materials need to be cut into circular shapes. At present, cutting and processing plate-shaped metal raw materials into circular shapes is generally done manually. When cutting and processing manually , the hand-held electric cutting machine makes a circular motion along the plate-shaped metal raw material, so as to realize the cutting and processing of the plate-shaped metal raw material into a circle, but there will be errors in cutting the circle with the manual hand-held electric cutting machine, resulting in a shape that is not standard enough, which will cause Affect the next processing work. In order to reduce errors, workers will draw a circle on ...

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Problems solved by technology

[0002] Metal materials are usually used in the manufacture of high-end equipment, and plate-shaped metal raw materials need to be cut into circular shapes. At present, cutting and processing plate-shaped metal raw materials into circular shapes is generally done manually. When cutting and processing manually , the hand-held electric cutting machine makes a circular motion along the plate-shaped metal raw material, so as to realize the cutting and processing of the plate-shaped metal raw material into a circle, but there will be errors in cutting the circle with the manual hand-held electric cutting machine, resulting in a shape that is not standard enough, which will cause Affect the next processing work. In order to reduce errors, workers will use a pen to draw a circle on the plate-shaped metal raw material, and then use a cutting machine to cut along the circle, but this method increases the workload of the workers and the cutting efficiency is low.

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