Tubular product rope saw ultrasonic cutting equipment

Abstract

A pipe wire saw ultrasonic cutting equipment, including a base, a turntable drive motor and a sprocket, a slide table guide rail pair, a slide table drive motor, a slide table screw thread pair, a wire saw drive wheel, a wire saw, a cutting guide wheel, a right Semicircular sprocket disc, left semicircular sprocket disc, torsional vibration transducer, wire saw drive motor, etc. The right semicircular sprocket disc and left semicircular sprocket disc are installed on the sprocket disc plate by positioning pins and connecting bolts , and is fixed by the positioning connecting rod to form a complete turntable. Six mobile positioning indenter bases are respectively fixed on the right semicircular sprocket disc and left semicircular sprocket disc according to a 120-degree distribution, and are installed on the mobile positioning indenter seat on the mobile positioning The moving positioning indenter is guided and moved on the indenter seat and fixed by adjusting bolts, and the moving positioning indenter is in contact with the outer circular surface of the workpiece. The saw wire of the invention can be made very thin, the width of the saw seam is reduced, the yield of the material is increased, the span of the cutting wheel of the wire saw is adjustable, the power consumption is low, the noise is low, and the noise is low, and the invention is applied in the technical field of pipe machining.

Description

technical field [0001] The invention relates to a pipe wire saw ultrasonic cutting device in the technical field of pipe material processing. Background technique [0002] At present, pipes are widely used in petroleum, machinery, automobile, chemical, food, home appliances and other industries, and with the sustained and rapid development of the national economy, the demand for pipes in various industries will continue to increase. At present, domestic enterprises often use bow sawing machine, saw blade cutting, arc burning cutting or workers directly cutting on ordinary lathes to process pipes, especially in the blanking stage of initial processing. Low efficiency, poor precision retention, high labor intensity and other problems, especially the high proportion of waste materials, reduce the utilization rate of raw materials and greatly increase the price of finished products. In addition, when large-scale pipes need to be cut on-site, the above-mentioned equipment cannot...

AI Technical Summary

Problems solved by technology

The commonly used method for cutting metal rings is to use a lathe, install the tool and the workpiece on the lathe, and have the transmission and speed change system of the lathe to generate the relative movement between the tool and the workpiece, that is, the cutting movement, and cut out the parts that meet the requirements, but use Traditional machine tool cutting has large fluctuations, low precision, and rough incision surface. In addition, pulse laser cutting has high precision and fast speed, but laser cutting equipment is expensive and complicated to operate, which is not conducive to wide application.

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