1600mm Weaving Width Fully Automatic Wire Mesh Machine with 60-120 Times/Minute

1. Max weaving width reaches 1600mm, wider working range than ordinary models.
2. Advanced shuttleless weft insertion design, stable running and low noise.
3. Full automatic warp and weft tension balancing system.
4. Intelligent wire break automatic stop and alarm function.
5. Thickened heavy-duty machine body, strong shock resistance.
6. Adjustable weaving speed, stable operation and low failure rate.
7. Suitable for various metal wires: stainless steel wire, iron wire, copper wire, galvanized wire.
8. High precision weaving, uniform mesh opening and smooth mesh surface.
9. Simple CNC control panel, easy parameter setting.

1. Super wide weaving width improves single-piece production efficiency greatly.
2. Higher output, save labor and production cost.
3. Firm overall structure, long service life and less maintenance.
4. Finished wire mesh has flat surface, neat size and high market quality.
5. Wide material compatibility, meet diversified weaving demands.
6. Low power consumption, energy-saving and environment-friendly.
7. Stable weaving performance, reduce waste rate effectively.
8. Suitable for mass industrial continuous production.

1. Filtration industry: liquid filter mesh, gas filter screen.
2. Mining industry: mineral screening mesh, grading sieve mesh.
3. Construction industry: welded mesh, protective mesh, building mesh.
4. Petroleum and chemical industry: industrial filter separation mesh.
5. Food and medicine: food filtering and medical separation mesh.
6. Agriculture: farm anti-insect mesh, breeding isolation mesh.
7. Electronic industry: shielding mesh, precision isolation mesh.
8. Daily use: window screen mesh, protective isolation net.

1. High-precision crank linkage transmission technology.
2. Automatic constant tension wire feeding technology.
3. Sensor type wire break monitoring and emergency stop technology.
4. Synchronous mesh rolling forming technology.
5. Wear-resistant alloy wire guide and shaping technology.
6. Frequency conversion speed regulation energy-saving control technology.

First install warp wire beam and arrange warp wires neatly.

The machine drives heald frames to move up and down to form weaving shed.

Weft wire is automatically sent horizontally through the shed.

The reed beats weft wire tightly to form standard mesh structure.

The finished wire mesh is rolled up synchronously by rolling mechanism.

Repeat the cycle continuously to finish large-width wire mesh weaving.

1. Select qualified raw metal wires according to requirements.
2. Complete warping and arrange warp wires uniformly.
3. Install warp beam and thread all wires through machine parts.
4. Install weft wire coils and adjust tension properly.
5. Set mesh number, speed and width parameters.
6. Carry out trial weaving and check mesh quality.
7. Adjust parameters until products reach standard.
8. Start formal mass production.
9. Inspect finished products and cut into fixed sizes.
10. Roll, pack and store finished wire mesh.

Check all mechanical parts and electrical circuits.

Add lubricating oil to moving parts.

Fix wire coils firmly and adjust tension reasonably.

Set production parameters correctly.

Turn on power and start the machine slowly.

Check weaving condition and mesh surface regularly.

Replace exhausted warp and weft wires in time.

Pay attention to machine running sound and fault prompts.

Stop the machine and cut off power supply.

Clean wire scraps and dust inside the machine.

Maintain key parts and record production data.

1. Operators must wear protective gloves and safety goggles.
2. Do not put hands close to moving parts while machine is working.
3. It is forbidden to open safety protective covers during operation.
4. Do not use unqualified or ultra-specification wires.
5. Do not run the machine in over-speed and over-load state for long time.
6. Lubricate key bearings and gears every day.
7. Clean wire guide holes and tension wheels regularly.
8. Check circuit and motor condition monthly.
9. New workers must receive professional training before independent operation.
10. Stop the machine immediately once abnormal noise or failure occurs.