Model-130B Automatic Wire Mesh Weaving Loom with 1300mm Weaving Width for Plain

• Compact‑structured 130B model with maximum weaving width matching rated specifications
• Mechanical crank driving structure with stable frame and cast‑iron body for long‑term operation
• Adjustable mesh aperture and wire diameter settings, compatible with low‑carbon iron wire, galvanized wire, and stainless‑steel wire
• Automatic wire feeding and uniform tension‑control device to prevent uneven wire tightness
• Low‑noise mechanical transmission with integrated shuttle‑moving and beating‑up mechanism
• Digital‑style manual dials for quick parameter modification without complex software setup

• High cost‑performance with affordable procurement and low daily maintenance costs
• Continuous non‑stop operation with higher weaving speed than ordinary small‑size looms
• Minimal wearing parts with easy‑to‑replace components and reduced downtime
• Low power consumption for long‑term electricity savings
• Produces mesh with flat surfaces, consistent hole sizes, and fewer defects
• Enables one‑person multi‑machine operation to reduce labor costs

• Construction: Welded or woven mesh for wall reinforcement, plastering net, and anti‑crack mesh
• Agriculture: Fencing mesh for farm boundaries, poultry cages, and garden protection nets
• Industrial Filtration: Filter mesh for chemical, plastic, and particle screening applications
• Highway Engineering: Road‑side guard mesh and isolation wire mesh
• Daily‑Use Products: Storage basket net, packaging mesh, and household protective grids

Power drives the main shaft to rotate. Linked crank‑rods control three core cyclic motions synchronously: warp wire positioning, shuttle‑carrying weft wire traversing horizontally, and beating‑up to compact each row.

Warp wires stand vertically with fixed spacing. The shuttle passes between upper and lower warp lines to lay horizontal weft wire. The reed pushes each weft tightly to form regular square‑shaped mesh. Continuous cyclic movement achieves automatic continuous wire‑mesh weaving. Tension rollers keep metal wire straight to prevent wrinkling during high‑speed motion.

1. Pre‑processing: Raw metal wire is straightened and wound onto warp spools and weft coils; rust removal and surface polishing if needed
2. Threading: Install warp spools, route each warp wire through tension wheels and reed gaps one‑by‑one. Load weft wire into shuttle containers
3. Parameter Setting: Set mesh pitch, weft density and operating speed according to finished‑product requirements
4. Trial Weaving: Run the machine at low speed, inspect mesh size and flatness, calibrate tension if deviations appear
5. Mass Production: Switch to normal‑speed operation, wind finished mesh onto the collecting roller
6. Post‑treatment: Cut rolled mesh into required lengths for packing

1. Pre‑start Inspection: Check lubricating oil level, bolt tightness and whether wires are jammed inside moving parts
2. Wire Installation: Mount warp and weft materials correctly, adjust tension to keep wires moderately taut
3. Parameter Configuration: Turn adjustment wheels to set mesh size and production speed
4. Startup: Activate low‑speed mode first, observe shuttle movement and mesh condition, then increase speed gradually
5. Running Monitoring: Patrol wire supply status, replace empty weft spools without shutting down entirely
6. Shutdown: Stop the main motor, cut finished mesh and clear residual materials after daily production ends

• Wear cut‑resistant gloves during operation; do not touch moving shuttle, gears and reeds while machine is running
• Add designated lubricant to transmission positions every shift to reduce part abrasion
• Keep wire raw materials dry to avoid rust causing shuttle blockage
• Cut off power supply before any repair, adjustment or internal cleaning work
• Do not exceed the rated wire‑diameter limit to prevent damage to internal structures
• Clean dust and metal debris regularly to prevent accumulated scraps from affecting mesh quality
• Operators require professional training; untrained personnel are prohibited from independent machine operation