A multi-wire winding device for multi-strand spiral channel tubes

Abstract

This utility model discloses a multi-wire winding device for multi-strand spiral channel tubes, belonging to the field of medical device processing technology. It includes a winding assembly for rotating the wires, comprising a wire-binding assembly for fixing and placing a reference steel wire. The wire-binding assembly has a circumferentially fixed annular connecting ring, on which several wire-passing tubes are evenly distributed. These tubes face the wire-binding assembly and guide the multi-strand metal wires to be wound onto the reference steel wire. A wire carrier is used to hold the metal wires to be wound, the number of which matches the number of wire-passing tubes. A rotating support is fixedly connected to a rotating disk, which has several wire carriers circumferentially fixed and drives the wire carriers to rotate. By placing the metal wires to be wound on the wire carriers and winding them onto the reference steel wire through the wire-passing tubes, the winding operation can be performed automatically. Compared to traditional manual operation, this method is more efficient, produces better winding quality, and the processing efficiency can be adjusted by regulating the rotation speed of the rotating disk.

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