The utility model relates to a device for weaving an adjustable double-
helix fiber array by using a bearded needle. The device comprises the bearded needle for extracting
carbon fibers, a rotating motor for driving the bearded needle, a sliding block A, a sliding rail A, a sliding rail B, a sliding block B, a sliding rail C, a sliding block C, a control motor A, a control motor B, a motor C and a concave-convex
occlusion component for fixing a PDMS (
Polydimethylsiloxane) film, wherein the sliding block A, the sliding rail A, the sliding rail B, the sliding block B, the sliding rail C and the sliding block C are used for realizing multi-directional movement of the bearded needle; a motor C is installed on the rear side in the shell, and a sliding rail C is fixedly arranged at the bottom end in the shell. Each bearded needle is provided with an independent rotating motor, the rotating direction can be independently controlled, and by means of the design, the carbon
fiber is converted into a double-spiral structure from a single-spiral structure. The rotation angle is accurately regulated and controlled, so that the fibers can form an ideal spiral shape when the crochet hook is used for lifting the
carbon fibers; and the accurate control of the reset time provides guarantee for the continuity and stability of each knitting action, and is beneficial to improving the knitting efficiency and the consistency of a
fiber structure.