The present invention relates to the technical field of
metal wire transfer, and specifically, to a batch transfer device for
metal wire manufacturing, comprising:
metal wires located at a
discharge port of a
wire drawing machine, a load carrier located at a side of the
wire drawing machine and used for carrying and transporting foreign objects, a storage portion arranged on the load carrier, and a guiding mechanism arranged on the storage portion. The batch transfer device for metal wire manufacturing can transfer batches of metal wires at one time, has high
transfer efficiency, and has good mechanical coordination with the outside world. It can automatically and orderly complete the storage and fixing of the metal wires, thereby greatly reducing the required manual intervention and further improving the
transfer efficiency. At the same time, it provides a safe and reliable storage space and a stable
transfer mode for the metal wires, effectively preventing the metal wires from falling, and better ensuring the overall manufacturing process of the metal wires.