Main structure of hexagonal mesh machine

A typical hexagonal wire mesh machine consists of a frame, wiring rollers, twisting rollers, a drive unit (including a motor and a reduction gear), and a twisting device (usually containing core components such as twisting gears, racks, and end-face cams).

In practical applications, various technical improvements have been made to hexagonal wire mesh machines. For example, patent CN2260093Y discloses a "bidirectional multi-row twisting hexagonal wire mesh machine," which utilizes multiple rows of parallel twisting gears on the twisting rollers to simultaneously twist multiple rows of hexagonal wire mesh bidirectionally, achieving continuous, uninterrupted operation and increasing twisting speed. Other improved patents optimize the structure of the base plate, support plate, bracket, drive wheel, and driven wheel to reduce vibration during wire mesh conveying, improve equipment stability, and enhance the adaptability to processing heavy and high-specification wire mesh.

In addition, Xiqu Mine has carried out technical modifications to key components of the hexagonal wire mesh machine, such as the conical rack, pressure roller, and crescent teeth. By adding regulators, improving wire feeding guides, and installing copper sleeves, it has effectively solved problems such as high start-up resistance and easy wire tangling and breakage, thereby improving production efficiency and enhancing operational safety.