130D Heavy-Duty Wire Mesh Loom Machine with 1300mm Maximum Width and PLC Touch

130D means 1300mm maximum effective weaving width; D stands for heavy-duty reinforced upgraded model.

1. Integral thick cast iron frame with enhanced shock resistance, free of deformation under long-time heavy load.
2. Dual independent servo motors control warp tension and weft feeding separately with adjustable speeds.
3. Full automatic protection system: warp break emergency stop, weft shortage alarm, preset length auto stop.
4. PLC touch screen control panel, mesh count and weaving density can be set freely with one click.
5. Fully enclosed oil-bath gearbox transmission, low running noise and less abrasion of transmission parts.
6. Modular assembly design, wire guide molds can be quickly disassembled and replaced for different wire gauges.
7. Automatic edge-correction winding roller, finished mesh rolls are flat and wrinkle-free.
8. Wide raw material compatibility: stainless steel wire, galvanized wire, copper wire, aluminum wire and alloy wire.
9. Compact layout with reasonable floor space, suitable for medium and large mesh processing workshops.

1. High weaving precision, uniform mesh holes, tight wire interweaving without skew mesh or loose edges.
2. Stable running speed of 15–35 m/h, 30% higher output than ordinary 130B basic looms.
3. Servo driving reduces mechanical friction, extending the service life of wearing parts by over 50%.
4. Energy-saving design cuts power consumption by 20% compared with traditional mechanical looms.
5. Labor-saving: one operator can supervise 3–5 machines simultaneously; auto alarm stop reduces raw material waste.
6. Simple parameter adjustment via touch screen, no complicated mechanical calibration required.
7. Thickened cast iron structure ensures a stable service life of 8–10 years.
8. Flexible mold switching supports production of various wire diameters to meet diversified orders.
9. Burr-free finished mesh with stable structure, high recognition among mesh manufacturers.
10. Centralized lubrication system, fewer vulnerable spare parts and low daily maintenance cost.

• Stainless steel filter mesh: water purification, chemical liquid filtration, food screening mesh
• Galvanized wire mesh: construction anti-crack mesh, poultry breeding cage, farm isolation fence
• Copper wire mesh: electromagnetic shielding mesh, anti-corrosion chemical filter screen
• Aluminum wire mesh: air filter, heat dissipation and architectural decorative metal mesh
• Alloy wire mesh: mining sieve, petroleum industry filter screen

Construction, water treatment, chemical processing, electronic manufacturing, agriculture & breeding, environmental protection, machinery dust-proof equipment.

1. PLC closed-loop servo tension compensation technology: real-time adjustment of warp tension to avoid over-tight or loose wires.
2. Hydraulic constant-tension unwinding technology to keep steady tension during high-speed continuous weaving.
3. High-sensitivity photoelectric wire-break detection, triggering instant emergency stop once broken wire is detected.
4. Digital encoder length counting system, the machine automatically stops when reaching preset mesh roll length.
5. Silent oil-bath transmission technology to lower running noise and gear wear.
6. Quick-change wire guide mold structure for fast switching between different wire sizes.
7. Automatic edge correction winding technology to prevent mesh deviation and edge warping.
8. Motor overload power-off protection to avoid machine damage caused by wire jamming.

1. Warp wires are neatly arranged on the unwinding beam, passing through tension rollers and wire dividing combs to form parallel warp layers.
2. The shedding mechanism alternately lifts upper and lower warp wires to form a shuttle gap for weft insertion.
3. Servo-driven shuttle delivers single weft wire horizontally through the warp gap at constant speed.
4. The reed pushes the newly inserted weft tightly to the woven surface to fix uniform mesh density and hole size.
5. Traction rollers pull the formed mesh forward, and the automatic winder rolls mesh neatly.
6. Sensors monitor wire breakage, running length and motor load all the time; the machine sends sound-light alarm and stops automatically once abnormalities occur.
7. All weaving movements cycle continuously to produce full-width, standard continuous metal mesh rolls.

1. Raw material preparation: straighten metal wires, remove surface rust and oil stains, coil wires into standard spools.
2. Warping procedure: arrange warp wires with balanced tension, wind a complete 1300mm-wide warp beam.
3. Machine installation and threading: mount the warp beam, thread wires through combs, reeds and harness frames, install matched weft molds according to wire diameter.
4. Parameter debugging: set mesh count, weaving speed, warp tension and target roll length on the touch screen; conduct no-load test run to inspect all transmission components.
5. Formal weaving production: install weft spools and start automatic weaving; regularly patrol and check mesh flatness.
6. Winding and cutting: the machine auto stops at preset length, cut mesh rolls and bind edges to prevent loose wires.
7. Inspection & packaging: check mesh uniformity and defects; wrap qualified mesh rolls with waterproof plastic film for storage and delivery.

1. Check lubricant level of gearbox and refill oil if insufficient.
2. Inspect photoelectric sensors, traction rollers and emergency stop button to ensure normal operation.
3. Clean metal wire scraps and dust accumulated inside the loom with brushes and air guns.

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

1. Power on the control cabinet, input and save all production parameters on the touch screen.
2. Use jog mode for low-speed trial weaving; switch to full automatic mode only if no faults are found.
3. Adjust warp tension timely if mesh skews; press the stop button first to handle wire break or length completion alarms.

1. Cut finished mesh rolls after completing production.
2. Clear internal metal debris, add lubricant to all rotating moving shafts.
3. Shut down the touch screen and cut off the main power supply; cover the machine with dust cloth for long idle time.

1. Operators must wear cut-resistant gloves; loose clothes, scarves and long hair are forbidden near running moving parts.
2. Do not place hands or tools close to the moving shuttle, reed and traction rollers during operation.
3. Completely cut off the main power supply before replacing molds or clearing wire jams to avoid accidental startup.
4. Press the emergency stop button immediately in case of abnormal noise or wire jamming.
5. Keep the electric cabinet dry; strictly prohibit splashing water on servo motors and control panels.
6. Do not dismantle 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 frame fixing bolts, inspect loose sensor wiring connections.
3. Monthly maintenance: replace deteriorated gear oil, adjust motor belt tension, calibrate tension sensors.
4. Replace severely worn reeds, shuttle guides and tension springs timely to avoid mass defective mesh.
5. Coat transmission parts with anti-rust oil and fully cover the loom if idle 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 dedicated matched molds when switching different wire diameters; mixed production without mold replacement is forbidden.
2. Keep warp wire tension consistent all the time, uneven tension will cause irregular mesh holes.
3. Deal with 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 over-speed operation, which easily leads to frequent wire breakage and uneven mesh surface.