High Pressure Rubber Hose Steel Wire Braiding Weaving Machine

The purpose and working principle of steel wire weaving machine.

The steel wire weaving machine is invented and created based on the principle of manual weaving, and is widely used for the weaving of USB cables, copper axis cables, high-frequency cables, shielding wires, as well as the weaving of various outer metal protective bodies of cables.

The weaving principle of a steel wire weaving machine is actually easy to understand and similar to other weaving machines. The common steel wire weaving machines are divided into spindle type weaving machines and rotary disc type weaving machines according to their motion forms. According to their working status, there are vertical weaving machines and horizontal weaving machines.

1. The working principle of a spindle type weaving machine is that its working part is a fixed tabletop (vertical or horizontal), on which there are intersecting and tangent connected "8" shaped grooves. The spindle is installed in the groove and divided into two equal parts, evenly crossing each other and moving in opposite directions at equal speeds. This cycle repeats, continuously driving the spindle back and forth, weaving the copper wire onto the surface of the cable or hose to form a weaving layer.

2. The workpiece principle of a rotary knitting machine is also known as a high-speed weaving machine. Its working principle is that the circular turntable in the middle of the device drives half of the spindle to rotate, while the other half of the spindle rotates in the opposite direction along the curve on the fixed ring surface, forming a cross of copper or steel wires, weaving the surface of the cable.

The above; There are two types of machines that we have been using for a long time. Their operations are easy to learn and understand, and they are easy to get started. As long as the operators are trained, they can complete the tasks well.

When you have a weaving pattern in mind, but don't know what kind of machine to use, just freel free to ask us.