1600mm Maximum Mesh Width Wire Mesh Machine with Dual Independent Constant Tension Wire Feeding and High-Sensitivity Wire Breakage Auto-Stop

1. Effective weaving width reaches 1600mm, wider than 130B model for large-size mesh production.
2. Reinforced thick cast iron integrated frame, enhanced heavy-load crankshaft transmission with strong bearing capacity.
3. Dual independent constant tension wire feeding system, suitable for both ultra-fine and thick metal wires.
4. Double shuttle optional configuration, greatly improving weaving efficiency for low-mesh screens.
5. Digital mesh count control panel, fast parameter setting without gear replacement.
6. High-sensitivity wire breakage auto-stop sensor to reduce waste materials.
7. Heavy-duty reed and wear-resistant shuttle parts treated with quenching for longer service time.
8. High-power variable frequency motor for stepless speed regulation, stable running at high speed.
9. Large-diameter automatic winding roller, capable of rolling longer finished mesh.
10. Optimized shock absorption structure, low vibration during long-time continuous operation.

1. Extra wide weaving range, reduces mesh splicing procedures and improves finished product integrity.
2. Strong load-bearing performance, stable weaving even for thick wire with heavy tension.
3. Higher output efficiency, 20%–30% higher hourly yield than 130B loom.
4. Superior weaving flatness, uniform mesh holes without distortion or loose wires.
5. Wide wire compatibility: 0.04mm–3.5mm stainless steel wire, galvanized iron wire, copper wire, alloy wire.
6. Low noise and stable operation, less wear on core spare parts, low maintenance cost.
7. Flexible production switching, quickly adjust mesh size, wire diameter and rolling length for diverse orders.
8. Auto winding system produces neat, compact mesh rolls without wrinkles.
9. Durable whole machine structure, standard maintenance ensures over 10 years service life.
10. High cost performance, ideal for mass production factories with large mesh demand.

1. Filtration industry: wide-format industrial filter mesh for water treatment, chemical, oil and food filtration.
2. Construction industry: large wall anti-crack mesh, building safety protective net, facade decorative metal screen.
3. Agriculture & aquaculture: greenhouse wide insect-proof net, breeding isolation mesh, aquaculture fence net.
4. Mining & screening: large sieving mesh for mineral separation, gravel grading.
5. Electronic & machinery: electromagnetic shielding mesh, battery grid, heat dissipation net.
6. Security & daily use: wide window screen, anti-theft metal mesh, barbecue baking net.

1. Double-group constant tension wire feeding technology to keep warp wire tight evenly.
2. High-sensitivity induction emergency stop technology for broken warp/weft wire.
3. Heavy-load frequency conversion speed control technology adapting thick and hard metal wires.
4. Reinforced synchronous linkage transmission technology for shuttle, reed and winding roller.
5. Quenching hardening technology for reed, shuttle and cam to improve wear resistance.
6. Large-volume constant-tension automatic winding technology for long mesh rolls.
7. Modular quick disassembly design for easy replacement of consumable parts.

It adopts standard plain weaving technology of warp and weft interlacing.

1. Warp wires are neatly arranged on the warp rack and threaded through high-strength reed with equal spacing.
2. The reinforced crankshaft drives the reed to lift up and down, separating warp wires into two layers to form a shuttle passage.
3. The shuttle carrying weft wire reciprocates horizontally to lay weft wires layer by layer.
4. The reed pushes forward to compact each weft wire to form regular square mesh holes.
5. After one weft is woven, warp layers exchange positions, and the shuttle weaves back and forth cyclically.
6. Synchronous winding roller pulls finished mesh backward and rolls it automatically.
7. Once wire breaks, the sensor immediately stops the whole machine to avoid defective mesh.

1. Raw material preparation: wind metal wire into standard warp coils and weft spools, remove burrs and rust.
2. Warp threading: thread all warp wires through reed and wire guides, fix both ends and balance tension.
3. Shuttle loading: wind weft wire on shuttle spools and install into shuttle smoothly.
4. Parameter setup: set mesh count, weaving speed and target roll length on control panel.
5. Low-speed trial weaving: produce...