Fully Automatic Gabion Mesh Machine with PLC Intelligent Control for High-Speed Production

• Fully automatic weaving and mesh forming process.
• High-speed production with stable operation.
• PLC intelligent control system with user-friendly touchscreen interface.
• Automatic lubrication system for reduced maintenance.
• Automatic mesh rolling and cutting functions.
• Precise wire feeding and tension control.
• Capable of producing various mesh sizes and wire diameters.
• Suitable for galvanized, PVC-coated, and Galfan wires.
• Low noise and energy-efficient operation.
• Modular design for easy maintenance and component replacement.

• Continuous automatic operation significantly increases production efficiency.
• Reduced labor requirements compared with traditional machines.

• Uniform mesh openings and consistent twisting quality.
• Strong double-twisted structure ensures high tensile strength.

• Easy adjustment for different mesh specifications.
• Suitable for various wire materials and coatings.

• Lower operating and maintenance costs.
• Reduced material waste through precise control.

• Robust machine structure ensures long service life.
• Stable operation under continuous production conditions.

Gabion mesh produced by this machine is widely used in:

• Riverbank protection
• Canal lining
• Flood control projects

• Retaining walls
• Slope stabilization
• Highway and railway protection

• Soil erosion control
• Ecological restoration projects

• Bridge protection
• Coastal defense systems
• Rockfall barriers

Modern Gabion Mesh Machines incorporate advanced technologies such as:

• PLC-based automatic control systems.
• Servo motor drive technology.
• Human-Machine Interface (HMI) touchscreen operation.
• Automatic fault diagnosis and alarm systems.
• Frequency inverter speed control.
• Electronic counting and production monitoring.
• Integrated mechanical and electrical design.
• Remote maintenance and monitoring options (for advanced models).

The machine operates by weaving metal wires into a hexagonal double-twisted mesh structure.

1. Wire coils are mounted on the wire feeding system.
2. Wires are fed automatically into the twisting mechanism.
3. Adjacent wires are twisted together to form hexagonal openings.
4. Continuous double-twisting creates a strong and flexible mesh structure.
5. The woven mesh is automatically rolled onto a winding unit.
6. Finished mesh rolls are removed for further fabrication into gabion baskets or mattresses.

The double-twisted structure prevents unraveling even if individual wires are damaged, ensuring excellent durability and safety.

• Select galvanized wire, PVC-coated wire, or Zn-Al alloy coated wire.
• Check wire diameter and coating quality.

• Install wire coils onto the pay-off stands.
• Thread wires through guiding devices.

• Set mesh size parameters.
• Adjust wire tension.
• Configure production speed.

• Start automatic weaving.
• Monitor mesh formation and twisting quality.

• Finished mesh is automatically rolled into bundles.

• Verify mesh opening size.
• Check twisting strength and wire coating integrity.

• Secure and package mesh rolls for transportation.

1. Inspect all machine components.
2. Check lubrication levels.
3. Verify electrical connections.
4. Load wire materials properly.
5. Set production parameters on the control panel.

1. Press the start button.
2. Observe wire feeding and twisting performance.
3. Monitor machine speed and mesh quality.
4. Respond promptly to alarms or abnormal conditions.

1. Stop the machine according to operating procedures.
2. Remove finished mesh rolls.
3. Clean the machine.
4. Perform routine maintenance checks.

• Only trained operators should operate the machine.
• Never place hands near moving parts during operation.
• Ensure all safety guards are properly installed.
• Test emergency stop functions regularly.
• Wear appropriate PPE, including gloves and safety glasses.

• Maintain proper wire tension at all times.
• Avoid using damaged or rusted wire.
• Do not exceed the machine's specified capacity.
• Monitor twisting quality continuously.

• Lubricate moving parts regularly.
• Inspect gears, bearings, and chains periodically.
• Clean dust and debris from electrical components.
• Replace worn parts promptly.
• Follow the manufacturer's maintenance schedule.

The Gabion Mesh Machine is an advanced and efficient solution for manufacturing high-quality hexagonal double-twisted gabion mesh. With its automated control system, reliable performance, flexible production capabilities, and low operating costs, it is widely used in hydraulic engineering, environmental protection, infrastructure construction, and erosion control projects worldwide. Its robust design and modern technology ensure consistent product quality and long-term operational reliability.