High-Speed CNC Hexagonal Wire Netting Machine | JINLIDA Gabion Mesh Machine Manufacturer

The JINLIDA CNC Hexagonal Wire Netting Machine is specially designed for manufacturing high-quality hexagonal wire mesh for gabion boxes and various engineering protection projects. Combining advanced CNC technology with a heavy-duty mechanical structure, the machine delivers stable operation, high production efficiency, and consistent mesh quality.

With nearly 30 years of manufacturing experience, JINLIDA has supplied CNC gabion mesh machines to customers in more than 50 countries. Our machines are built for long-term industrial production, helping manufacturers increase output, reduce maintenance costs, and improve overall production efficiency.

Key Features

• High-speed production with over 30 mesh openings per minute
• Advanced CNC control system for stable and precise operation
• Heavy-duty machine frame for long service life
• Automatic lubrication system to reduce wear and maintenance
• Precision transmission system for accurate mesh dimensions
• Compatible with galvanized wire, Galfan wire, and PVC-coated wire
• Supports various mesh sizes and wire diameters
• Intelligent touch-screen operation for easy control

Applications

The finished hexagonal wire mesh is widely used for:

• Gabion Box Manufacturing
• River Bank Protection
• Slope Stabilization
• Retaining Wall Construction
• Flood Control Projects
• Highway and Railway Protection
• Bridge Protection
• Coastal Protection
• Infrastructure Engineering

Why Choose JINLIDA?

• Nearly 30 years of professional manufacturing experience
• Advanced CNC technology for higher productivity
• Stable performance with low maintenance requirements
• Exported to more than 50 countries worldwide
• Professional installation guidance and after-sales support
• Customized machine solutions to meet different production requirements

JINLIDA is committed to providing reliable, efficient, and durable CNC Hexagonal Wire Netting Machines that help customers produce high-quality gabion mesh while maximizing productivity and long-term return on investment.