A slotting, punching and cutting equipment for thermal insulation foam board

Abstract

The invention discloses a slotting, punching and cutting device for thermal insulation foam boards, which includes a frame, a plate cooling mechanism, an edge margin cutting mechanism, a surplus material recovery mechanism, a surface punching mechanism, a slotting mechanism and a cutting mechanism. During processing and size cutting, no manual operation is required, which ensures processing efficiency and prevents workers from inhaling dust generated during the processing of foam insulation boards.

Description

Technical field [0001] The present invention relates to the field of recycling waste plastics processing equipment, particularly relates to a thermal insulation foam board slotted, perforated cutting equipment. Background technique [0002] Now foam insulation board after the molding process, the need for the surface insulation for the processing, but also the need for a foam insulation board sizes cut, thus forming a single block shaped product, the present surface processing foam insulation board is largely manual achieved processing, but relatively low manual processing efficiency, which limits the foam insulation board capacity, while the foam insulation board during processing (cutting, grooving), then there are more dust, so that by manually processed, can effect the health of staff (dust suction during processing); waste generated needs to be processed simultaneously, then recovered, manual processing of foam insulation board, scrap needs to be recovered manually, thus red...

AI Technical Summary

Problems solved by technology

[0002] After the current foam insulation board is processed and formed, the surface of the insulation needs to be processed, and the size of the foam insulation board needs to be cut at the same time, so as to form a single-piece product. The surface processing of the current foam insulation board is mainly done manually. Processing, but the efficiency of manual processing is relatively low, which limits the production capacity of foam insulation boards. At the same time, when foam insulation boards are processed (cutting, slotting), there will be more dust, so manual processing will affect The health of the staff (inhalation of dust during processing); at the same time, the waste generated by processing needs to be recycled. If the foam insulation board is processed manually, the generated waste needs to be recycled manually, which reduces work efficiency

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