Spring-structured diamond bead wire saw

Spring-structured diamond bead wire saw

    A spring-structured diamond bead wire saw consisting of wire rope, beaded, spring, and elastic fixed protective layer. The spring is placed between the beads, the spring and the bead are worn on the wire rope, and the outermost layer is an elastic fixed protective layer. The main point is that the rear end surface of the spring is fixedly connected to the bead with reference to the cutting direction of the wire saw. The utility model fixes the spring and the adjacent bead integrally, without displacement tendency between each other, has no tearing effect on the elastic fixed protective layer, prolongs the life of the elastic fixed protective layer, thereby ensuring the diamond bead of the spring structure The life of the wire saw. The two ends of the spring are placed in the rigid bead base body to eliminate the tearing damage of the spring on the elastic fixed protective layer when the wire saw is flexed, thereby ensuring the safety of the diamond wire saw and prolonging the overall service life. 

Diamond Bead Wire Saw Structure

     Independent power requirements: 1. A spring-structured diamond bead wire saw consisting of a wire rope (4), a bead (2), a spring (3), an elastic fixed protective layer (1), and a spring (3) mounted on the bead ( 2) Between the spring (3) and the bead (2) on the wire rope (4), the outermost layer is an elastic fixed protective layer (1), characterized in that the cutting direction of the wire saw is used as a reference, the spring (3) The rear end face is fixedly connected to the bead (2).

     The diamond bead wire saw according to claim 4, wherein the front end surface of the spring (3) and the bead (2) are fixedly connected to the spring (3) and the bead (2) ) fixed by welding, or a counterbore (211) that can accommodate the spring (3) on the end face of the bead (2) at the front end of the spring (3), the front end of the spring (3) is embedded in the bead (2) The counterbore (211) is fixed by adhesion of the elastic fixing protective layer (1).