Due to work hardening, titanium wire processing requires multiple stress relief anneals. With the traditional take-up machine, unloading for intermediate annealing cannot be accommodated. Multiple rewindings are necessary, which are time-consuming, labor-intensive, and uneconomical. Frequency control is often used, which is uneconomical. A three-dimensional solid design and virtual assembly are used in the utility model design this time. For constant tension control of wires with different diameters and strengths, a torque motor is used in the transmission system. To realize the expansion and contraction function of the take-up drum, the crank slider principle is used, allowing for two working conditions: intermediate winding and annealing winding of wires. Installation and removal of the reel are facilitated by the self-centering structure. For the installation of the material head and the supporting cable arrangement and protection device, a simple structure is used.
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