Novel numerical control cutting machine

Abstract

The invention discloses a novel numerical control cutting machine. The novel numerical control cutting machine comprises a fixed table, a sliding table and a cutting saw, wherein the cutting saw is arranged between the fixed table and the sliding table; the sliding table is in slidable match with the fixed table through a guide rail; multiple vacuum sucking discs are uniformly arranged on the sliding table; each vacuum sucking disc comprises a sucking disc body and an air valve base; and the part, which is located on the other side of an air sucking pipe, of each air valve base is provided with a pressure sensor; a sub sucking disc is further arranged in each sucking disc body; a part, which is connected with a sucked material, of each sub sucking disc opening is provided with a fixing tooth; a fixed guide rail is arranged on the fixed table; a fixed positioning plate is slidably arranged on the fixed guide rail; a sliding table fixing guide rail is arranged on the sliding table; and asliding table positioning plate is slidably arranged on the sliding table fixed guide rail. According to the novel numerical control cutting machine, the vacuum sucking discs are arranged on the sliding table, and can simulate pressing action of a hand; pressure sensors are matched, so that working safety is ensured while working efficiency is improved; and meanwhile, the positioning plates on two sides and a material baffle plate arranged on the sliding table are matched to ensure cutting precision.

Description

technical field [0001] The invention relates to the technical field of furniture articles, in particular to a digital manufacturing and cutting device for lignified furniture, in particular to a novel numerically controlled cutting machine. Background technique [0002] In furniture production enterprises, operators often use sliding table saws to complete the sawing process of panels. During the sawing process, the operator needs to push the slide table to complete the sawing process while pressing the plate by hand. This kind of operation process is not only labor-intensive for the operator, but also when sawing narrow and small boards, the hand of the operator pressing the board is very close to the high-speed rotating main saw, which has great potential safety hazards. The speed has also dropped significantly, which seriously affects the work efficiency; as far as the quality of plate processing is concerned, there are human factors in the use of manual pressure plate, ...

AI Technical Summary

Problems solved by technology

This kind of operation process is not only labor-intensive for the operator, but also when sawing narrow and small boards, the hand of the operator pressing the board is very close to the high-speed rotating main saw, which has great potential safety hazards. The speed has also dropped significantly, which seriously affects the work efficiency; as far as the quality of plate processing is concerned, there are human factors in the use of manual pressure plate, which cannot always ensure the sawing accuracy, especially when sawing narrow and small plates, it is prone to collapse due to weak pressure. edge phenomenon

Images