130B Economical Wire Mesh Loom Machine with 1300mm Weaving Width and Mechanical-Servo Hybrid Driving for Thin Metal Wire Weaving

130B stands for the maximum effective weaving width of 1300mm, and B represents the economical standard basic model.

1. Sturdy cast iron main frame with lightweight optimized structure, stable operation for small and medium-sized mesh workshops.
2. Mechanical-servo hybrid driving system; warp and weft movement support independent speed regulation.
3. Basic automatic protection functions: auto stop when warp wire breaks, sound alarm for weft shortage.
4. Simple digital control panel, freely adjustable mesh count and weaving running speed.
5. Semi-enclosed gear transmission with oil lubrication, effectively lowering running noise and component wear.
6. Split modular design, easy disassembly to replace wire guiding molds and traction rollers.
7. Manually assisted winding device with adjustable tension to keep finished mesh rolls tidy without wrinkles.
8. Wide compatibility with thin & medium gauge metal wires: galvanized iron wire, stainless steel wire, copper wire, thin aluminum wire.
9. Compact footprint with low overall height, convenient for transportation, installation and placement in narrow workshops.
10. Low entry cost and simple configuration, ideal for entry-level mesh processing factories.

1. Highly cost-effective, much lower purchasing investment compared with heavy-duty 130D upgraded models.
2. Reliable basic weaving performance, uniform mesh apertures for conventional common mesh products.
3. Simple mechanical structure, easy to master for new operators with short training time.
4. Moderate power consumption, reducing daily electricity expenditure for small-batch production.
5. Limited types of vulnerable spare parts, low cost and easy accessibility of replacements.
6. Small overall size, suitable for small factories with limited workshop space.
7. Straightforward daily maintenance; only regular oil filling and simple cleaning required.
8. Flexible for small batch orders, fast mold switching for regular wire diameters.
9. Stable running speed ranges from 12 m/h to 30 m/h, fully meeting daily output demands of small mesh manufacturers.
10. Long service life of 6–8 years under regular light and medium load working conditions.

• Galvanized wire mesh: construction anti-crack plaster mesh, farm fence, poultry breeding cage mesh
• Thin stainless steel filter mesh: food screening mesh, domestic water pre-filter screen
• Fine copper shielding mesh: low-demand electronic isolation mesh
• Light aluminum decorative mesh, lightweight mechanical dust-proof screen

Building construction, small-scale water filtration, livestock breeding, light electronic shielding, mechanical dust prevention, garden isolation protection.

1. Mechanical constant-tension unwinding technology, maintaining steady tension for thin and medium metal wires during weaving.
2. Basic photoelectric wire-break induction technology; the machine halts automatically once warp wire snaps.
3. Digital stepless speed regulation technology for flexible control of weaving speed.
4. Oil-immersed gear transmission technology to reduce friction and operating noise.
5. Quick-disassemble wire guide mold structure for rapid switching of standard wire gauges.
6. Simple motor overload power-off protection, preventing equipment damage caused by minor wire jamming.

1. Warp wires are neatly installed on the unwinding beam, passing through tension rollers and wire dividing combs to form neat parallel warp layers.
2. The mechanical shedding frame lifts upper and lower warp wires alternately to form a shuttle gap for weft insertion.
3. The shuttle sends single weft wire horizontally through the warp gap at a fixed constant speed.
4. The reed pushes the newly inserted weft tightly to the woven surface to fix mesh density and hole size.
5. Traction rollers pull the formed mesh forward, and operators assist in winding finished mesh onto the reel.
6. Photoelectric sensors continuously detect broken wires; the machine triggers an alarm and stops automatically when malfunctions occur.
7. The above weaving procedures cycle repeatedly to produce continuous rolls of standard metal wire mesh.

1. Raw material preparation: straighten thin/medium metal wires, clear surface rust and oil contaminants, then coil wires into standard spools.
2. Warping process: arrange warp wires with balanced tension, wind a complete 1300mm-wide warp beam.
3. Machine threading and assembly: mount the warp beam, thread wires through wire combs and reed teeth, install matched wire guide molds based on wire diameter.
4. Parameter debugging: set mesh count and running speed on the digital panel, conduct no-load test run to check all transmission components.
5. Formal weaving production: install weft spools and start automatic weaving; inspect mesh flatness every 30 minutes.
6. Cutting finished mesh: manually stop the machine when reaching target length, cut mesh rolls and bind edges to avoid loose wires.
7. Inspection and packaging: check mesh uniformity and remove defective segments; wrap qualified mesh rolls with waterproof plastic film for storage and delivery.

1. Check lubricant level inside the gearbox; replenish lubricating oil if insufficient.
2. Inspect photoelectric sensors, traction rollers and emergency stop button to ensure normal function.
3. Clear accumulated metal wire scraps and dust inside the loom with brushes.

1. Lock the warp beam firmly on the unwinding support rack.
2. Thread each warp wire separately without crossing; moderately adjust the weft tension spring.

1. Switch on the power supply, input production parameters on the digital panel and save settings.
2. Activate jog mode for low-speed trial weaving; confirm no abnormalities before continuous automatic production.
3. Observe mesh surface during operation; adjust warp tension timely if mesh skews.
4. Once the alarm sounds, press the stop button first before troubleshooting broken wires or jamming.

1. Halt the machine and cut finished mesh rolls after finishing production.
2. Clean metal debris with air guns and brushes, add lubricant to all rotating moving parts.
3. Turn off the control panel and cut off the main power; cover the whole machine with a dust cloth for long-term shutdown.

1. Operators must wear cut-resistant gloves; loose clothing, scarves and long hair are forbidden close to running moving parts.
2. Do not place hands or tools near the moving shuttle, reed and traction rollers while the machine is operating.
3. Cut off the total power supply completely before replacing molds or clearing wire jams to prevent accidental startup.
4. Press the emergency stop button immediately if abnormal noise or severe wire jamming appears.
5. Keep the electrical control box dry; strictly prohibit splashing water on motors and control components.
6. Do not remove safety protective covers or modify internal circuits without professional technical guidance.

1. Daily maintenance: clean wire scraps, check abrasion of wire guides, replenish lubricating oil.
2. Weekly maintenance: tighten all loose fixing bolts, inspect loose sensor wiring connections.
3. Monthly maintenance: replace deteriorated gear lubricating oil, check and adjust motor belt tightness.
4. Replace severely worn reeds and wire guides promptly to avoid mass defective mesh products.
5. Coat all transmission parts with anti-rust oil if the machine remains idle for more than 7 days.
6. Place the loom in a dry workshop without corrosive gas to prevent frame rust and electrical short circuits.

1. Replace matched dedicated molds when switching different wire diameters; mixed weaving without mold replacement is prohibited.
2. Maintain consistent warp wire tension all the time; uneven tension will cause irregular mesh holes.
3. Process broken wires immediately to reduce raw material waste.
4. Adopt clean raw wires free of rust and oil stains to prevent wire slipping and mesh deformation.
5. Avoid long-term operation at maximum speed, which will lead to frequent wire breakage and uneven mesh surface.