1.Heavy Duty Metal Wire Mesh Loom Introduction

This heavy-duty, fully CNC wire mesh weaving machine is engineered for tight tolerances, long continuous runs, and stable output with larger wire diameters. An industrial PLC + HMI platform coordinates servo-driven warp let-off, beat-up, and take-up, while closed-loop tension control maintains consistent aperture and density across shifts and materials. The reinforced frame and low-vibration drivetrain ensure dimensional stability at speed. Recipe-based setup(mesh count, tension, speed, weave pattern) delivers fast, repeatable changeovers for plain, twill, and Dutch weaves. Typical capability (project-dependent): plain weaves ~10–100 mesh/inch with wire diameters up to ≈0.60 mm.

2.Heavy Duty Metal Wire Mesh Loom Application Scenarios

Designed for robust industrial use: screening media for mining & aggregates, protective and architectural meshes, chemical and petrochemical filters, automotive and mechanical components, and other applications where flatness, edge quality, and repeatability are critical. The machine integrates with uncoiling, pre-straightening, inline inspection, cutting, edge-folding, and take-up modules to fit high-throughput production cells.

3.Heavy Duty Metal Wire Mesh Loom Key Advantages

• High Precision at Scale — Servo synchronization + closed-loop tension deliver tight aperture/density tolerances and clean selvedges over long runs.

• Heavy-Duty Reliability — Rigid chassis, balanced drives, and service-friendly layouts reduce vibration, wear, and unplanned stops.

• Fast Changeovers — Touch-screen recipe library and guided alignment minimize setup time and operator variability.

• Lower TCO — Standardized wear parts, clear access points, and optional auto-lubrication simplify maintenance and cut cost per m².

• Safety & Compliance — Interlocked guarding, monitored E-stops, and alarm logs support safe operation and audits.

• Traceability-Ready — Optional ERP linkage for order/BOM/work-order tracking provides progress visibility and batch/material traceability.