Fully Automatic Fence Mesh Welding Machine

Fully Automatic Galvanized Electric Iron Wire Fence Mesh Welding Machine

The weft dial blanking consists of the rear bin, the guide wire device, the wire holding device and the wire falling device. After the wire is placed in the rear bin, the wire guide device grabs the small silo placed in the wire-picking device, where there is a detection switch to detect whether there is wire. When the detection switch detects that there is no wire, the wire guide device starts to work and grabs the wire to the position of the wire-picking device. When the automatic operation begins, when the wire needs to fall at the welding electrode, the cylinder of the wire-drop device works, and the wire on the wire-drop device falls on the magnet of the welding electrode for welding; When the wire falls, the two detection switches at the wire falling device detect that there is no wire, and give the operation signal of the wire holding device. The wire holding device is driven by the servo motor, and the wire of the small silo is transported to the wire falling device. The stop switch of the wire holding device is detected by the wire. The wire holding device consists of an inner disc and an outer disc. Through the relative position of the inner disc and the outer disc, the size of the wire holding slot can be changed to accommodate a single wire, and can not hold two wire at the same time. To adapt to different wire diameter requirements.

This device is the core part of Fence Mesh Welding Machine. It is mainly to weld the meshes at a high speed by cooperating closely with others device.

The welding electrodes head of Fence Mesh Welding Machine use high-quality materials, which make them more wearable and with better conductive, and also have a long life, reduce production costs.

The improvement of design of welding transformers of Fence Mesh Welding Machine meets the demand to weld continuously wires of 8+8+8mm at a high speed at the moment when saving energy.

Fence Mesh Welding Machine electrodes adopt circulating water cooling, which extends their service lives, and ensures the long-term operation of the equipment.