Fast Heavy Duty Metal Wire Mesh Loom Quality Output AG130D

1. Fast Heavy Duty Metal Wire Mesh Loom Quality Output AG130D Introduction

AG130D is a heavy-duty, fully digitally controlled metal wire mesh weaving loom, specially designed for weaving medium to heavy wire diameters and low–medium mesh counts with high stability and quality output.

Both our light-duty (B-type) and heavy-duty (D-type) looms are equipped with a PLC programmable control systemand servo-driven take-up and warp-feeding units, which automatically regulate mesh tension and line speed.
For the D-type heavy-duty model, AG130D is particularly suitable for plain weave wire mesh from approx. 10–100 mesh/inch, depending on wire diameter and material.

With a maximum weaving speed up to 100 rpm, the AG130D provides a balance of high throughput and robust performance. Mesh count and tension can be digitally set via the HMI, and the continuous web removal function with length display helps reduce auxiliary downtime and improve overall productivity.

2. AG130D Heavy Duty Loom Overview

AG130D is a 1300 mm heavy-duty wire mesh loom engineered for:

• Thicker metal wires (such as stainless steel, low-carbon steel, galvanized steel)

• Larger mesh apertures and stronger mesh structures

• Applications where strength, rigidity and durability are more important than ultra-fine filtration

The loom adopts a reinforced heavy-duty frame and D-type structure, optimized for:

• Higher beating forces

• Larger wire diameters

• Longer continuous running cycles

Combined with fully digital control and servo tension management, AG130D is ideal for customers producing heavy-duty industrial mesh in continuous mass production.

3. Key Features & Advantages of AG130D

1. Heavy-Duty Structure for Strong Meshes

   • Reinforced D-type frame and robust crankshaft system

   • Designed to handle higher beating forces and thicker wires

   • Lower vibration and improved stability during long runs

2. Digital Control & Stable Tension

   • PLC + servo drives for warp feeding and cloth take-up

   • Digital setting and storage of mesh count, speed, and tension

   • More consistent aperture size and mesh quality across the roll

3. Efficient Production with Quality Output

   • Max. speed up to 100 rpm (depending on mesh specification)

   • Optimized for 10–100 mesh/inch plain weave and related ranges for Twill/Dutch weaves (on request)

   • Continuous web removal or direct winding, selectable per order

4. User-Friendly Operation

   • Touch-screen HMI for parameter setting, alarm display and production data

   • Recipe function for easy changeover between repeat orders

   • Clear length counter to control roll length and reduce waste

5. Reliable & Easy-to-Maintain Design

   • Bushing-type crankshaft support as standard for simpler maintenance

   • Casting wall plates for better rigidity and long service life

   • Designed for continuous industrial operation with reduced downtime

4. Typical Applications

The AG130D heavy-duty wire mesh loom is widely used to produce strong and durable metal meshes for:

• Mining & Quarrying

  • Vibrating screens, grading and separation mesh

• Construction & Infrastructure

  • Protective screens, reinforcement mesh, safety guards

• Petrochemical & Industrial Filtration

  • Coarser filtration screens and support layers

• Agriculture & Fencing

  • Protective fencing mesh, support mesh for gabions, etc.

• Mechanical & Equipment Protection

  • Machine guards, ventilation covers and safety screens

5. AG130D Technical Parameters (Heavy Duty Model)

Note: Working ranges are influenced by wire material, diameter and mesh specification; customized configurations are available upon request.

6. Optional Configurations

AG130D can be supplied with customized options, such as:

• Different warp beams and take-up systems

• Special reduction gearboxes for low-speed heavy meshes

• Customized electrical specifications (voltage/frequency) for different countries

• Optional safety guarding and enclosure designs according to local standards

6. Detailed Images: