The machine starts with an automatic wire feeding unit that delivers galvanized/PVC-coated wire to the weaving zone. A precision straightening mechanism eliminates wire bends and maintains consistent tension, preventing mesh deformation during weaving.

Driven by high-precision servo motors and controlled by PLC, the triple-shaft linkage system performs double-twist weaving to form standard hexagonal meshes. Electronic cams precisely control the twisting angle and mesh size, ensuring uniform structure and consistent tensile strength across the entire sheet.

A PLC-based control system with a touchscreen interface allows operators to set parameters (mesh size, wire diameter, roll width) and monitor production in real time. Breakage sensors trigger an immediate auto-stop to reduce material waste, while counters automatically cut the mesh at preset lengths.

After weaving, the finished mesh is pulled by a heavy-duty take-up roller, then either wound into rolls or cut into panels for direct use in construction projects.

With a weaving speed of up to 320 m/h, the triple-shaft design delivers far higher productivity than traditional machines. Mesh size tolerance is well below industry standards, ensuring compliance with engineering requirements.

Integrated auto-feeding, breakage detection, and auto-cutting functions require only one operator to monitor production, significantly reducing labor costs. Quick parameter adjustments enable fast product switching for different order requirements.

Built with a robust industrial frame and centralized lubrication system, key components use wear-resistant materials for long service life. Modular design simplifies maintenance and minimizes downtime.

Produces gabion mesh, Reno mattresses, and hexagonal wire netting suitable for river regulation, slope protection, and erosion control. The machine handles various wire materials (galvanized, PVC-coated) to meet different anti-corrosion and environmental needs.