Full-automatic multi-bar feeding and cutting device and method

Abstract

The invention is suitable for the field of cutting devices, and provides a full-automatic multi-bar cutting device. The full-automatic multi-bar cutting device comprises a first support and a cutting module, further comprises a feeding module, the feeding module comprises a material pressing assembly used for pressing the first ends of multiple bars and a feeding assembly used for pressing the second ends of the multiple bars and pushing the multiple bars to the pressing assembly, the feeding module further comprises a material supporting plate assembly used for loading a plurality of bars, the material pressing assembly and the feeding assembly are arranged at the two ends of the material supporting plate assembly correspondingly, and the cutting module comprises a cutting sliding rail arranged on a first support and a cutting part capable of sliding along the cutting sliding rail and used for cutting the bars. The invention further provides a full-automatic multi-bar cutting method. According to the full-automatic multi-bar feeding and cutting device and method, full-automatic feeding and cutting of the multiple bars are achieved, the cutting precision and efficiency are high, the bars with cut middle sections can be separated from head and tail waste, and time and labor are saved.

Description

technical field [0001] The invention belongs to the field of cutting devices, and in particular relates to a fully automatic multi-bar feeding cutting device and method. Background technique [0002] In the prior art, the bar feed cutting methods are generally divided into single feed single grinding wheel cutting, single feed multiple grinding wheel cutting, and multiple bar multiple grinding wheel cutting. Due to the low cutting efficiency of single feeding and single grinding wheel, it is difficult to be used in mass processing and manufacturing; while cutting with single feeding and multiple grinding wheels or cutting with multiple bars and multiple grinding wheels, the cutting accuracy is not high and the quality is difficult to guarantee; another On the one hand, none of the above-mentioned bar feeding and cutting methods can distinguish the head and tail waste from the middle-cut bar, and an additional screening process is required in the later stage, which affects ef...

AI Technical Summary

Problems solved by technology

Due to the low cutting efficiency of single feeding and single grinding wheel, it is difficult to be used in mass processing and manufacturing; while cutting with single feeding and multiple grinding wheels or cutting with multiple bars and multiple grinding wheels, the cutting accuracy is not high and the quality is difficult to guarantee; another On the one hand, the above-mentioned bar feeding and cutting methods cannot distinguish the head and tail waste from the middle-cut bar, and an additional screening process is required in the later stage, which affects efficiency, consumes time and energy, and is costly

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