Integrated device used for fixed-size cutting of high-precision pipe

Abstract

The invention discloses an integrated device used for fixed-size cutting of a high-precision pipe. The integrated device comprises a pipe feeding device, a first transmission mechanism, a first fixed-size and fixed-length mechanism, a first push mechanism, a first cutting mechanism, a first limiting mechanism, a lifting mechanism, a transition mechanism, a second transmission mechanism, a second fixed-size and fixed-length mechanism, a second push mechanism, a second cutting mechanism, a second limiting mechanism and a pipe discharging device. The integrated device is not in design, accurate positioning and precision cutting of the two ends of the high-precision pipe can be achieved, the equipment stability is high, meanwhile, the manual operation labor is also lowered, the production efficiency is improved, operation is convenient, and the automation degree is high.

Description

technical field [0001] The invention belongs to the technical field of high-precision pipe cut-to-length, and in particular relates to an integrated device for high-precision pipe cut-to-length. Background technique [0002] High-precision pipes, such as high-precision zirconium pipes, high-precision titanium pipes, precision stainless steel pipes, precision copper pipes and precision aluminum pipes, etc., are often used as structural parts, cladding materials, guiding materials, etc. because of their excellent physical and chemical properties Widely used in high-tech fields such as nuclear power, aerospace and military industry. Such pipes usually have extremely high requirements on straightness, internal and external surface quality, dimensional accuracy, end surface quality, and physical and chemical properties. Inspection, etc. Cutting to length is the final process of pipe production and is an irreversible process. If the cutting size or quality is unstable or the effi...

AI Technical Summary

Problems solved by technology

Because the high-precision pipes are thin-walled pipes with small outer diameters, when the first method is used for processing, the control of the sawing feed speed of the circular saw mainly depends on the experience and level of the operator. If the feed speed is too high, it may cause the pipe At the same time, there is a lot of waste generated by cutting, which is easy to cause damage to the inner and outer surfaces of the pipe. This processing method relies too much on the technical level of the operator, and the stability of product quality is difficult to control, which is not conducive to batch production. Production

The second processing method is realized by the integrated equipment for cutting to length, which has high processing precision and stable product quality. The pipe to be processed will be clamped and moved many times, which will easily cause surface scratches, pinches and bruises. The product quality risk is always at a high level, and the principle is very complicated, which leads to high difficulty in equipment structure, design, manufacture and assembly, and the biggest drawback of the equipment is the limited processing capacity, which can only meet the needs of pipes in a small range. processing, which cannot meet the actual production needs, and is relatively highly dependent on the technical level and experience of operators

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