Pipe cutting system

Abstract

The present invention discloses a pipe material cutting system, which sequentially includes: a pay-off device, a dust removal device, a straightening device, a traction device, and a cutting device; The driving device connected to the reel is used to control the unwinding of the pipe material; the dust removal device includes: the dust removal box; the feeding mouth, which is arranged at both ends of the dust removal box, is the feeding guide for the pipe material; the ion spray ring Set in the dust removal box; the ion generator is connected with the ion spray ring to emit negative ions; the compressed air spray ring is set in the dust removal box; the air nozzle is set on the compressed air spray ring to blow The air direction is at a certain angle to the pipe material; the vacuum cleaner is connected to the dust removal box to remove the waste gas in the dust removal box.

Description

technical field [0001] The invention relates to polymer material manufacturing technology, in particular to a pipe cutting system. Background technique [0002] The fixed-length cutting of plastic pipes is the last process in the production of pipe products, especially the fixed-length cutting process of Teflon pipes is directly related to the final quality of the finished product. There are certain requirements for cutting length, straightness of finished product, roundness of pipe and flatness of cut surface; especially the outer surface of finished product and the straightness of finished product are often the key requirements of customers. [0003] At present, the Teflon pipe products produced by most manufacturers are produced by the way of reel rotation. After the Teflon pipe is extruded, some Teflon pipe products in rolls cannot be cut to length immediately. After the product is placed for a long time, it will absorb dust due to static electricity, causing the surfac...

AI Technical Summary

Problems solved by technology

[0004] In view of this, the present invention provides a pipe cutting system, which is used to solve the technical problems in the prior art that after the pipe is cut, the pipe surface is not smooth, deformed and bent, which affects the quality of the pipe product and cannot meet the use requirements.

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