GWC1600 / GWC2500 — A fully integrated line for continuous, high-precision production of reinforcing mesh panels or rolls from 3–8 mm wire.
Product Overview
The GWC1600/2500 automatic reinforcing mesh welding line pays off, straightens, feeds, welds, pulls, cuts and coils steel wire with minimal manual intervention. Sensors and a central PLC coordinate every station, while chromium-zirconium copper electrodes and water-cooled transformers keep weld quality stable during long production runs.
Key Features
- Continuous longitudinal-wire monitoring with shortage and break alarms
- Servo-indexed cross-wire feeding and synchronized wire accumulation
- Up to 80 welding cycles per minute with closed-loop water cooling
- Automatic cutting for panels and optional coiling for roll output
- Touchscreen recipes, station-level diagnostics and safe alarm shutdown
- Custom mesh width, transformer capacity, electrode count and automation level
Technical Specifications
| Mesh width | 1600 mm or 2500 mm |
| Mesh length | Up to 6000 mm per panel |
| Wire diameter | 3.0–8.0 mm |
| Electrode pairs | 16 or 24 |
| Cross-wire spacing | 50 mm and above |
| Longitudinal spacing | 100–300 mm |
| Transformer | 125 KVA × 4 or × 6 |
| Welding speed | 60–80 cycles/min |
| Output | Roll mesh or cut panels |
Applications
- Road and bridge paving reinforcement
- Floor slabs and structural concrete panels
- Underfloor-heating grids and wall insulation mesh
- Commercial and residential building reinforcement
Machine Details
Service Across the Project Lifecycle
Before production, our engineers review your mesh specifications, output target and factory layout. During manufacturing, progress updates, inspection records and trial-run media keep the process transparent. After delivery, complete drawings, manuals and commissioning guidance are supplied, backed by 24/7 technical support, responses within 48 hours, global spare parts and optional overseas installation and training.
Get a Configuration & Quote
Send us your target wire diameter, mesh width, mesh spacing, finished format and required output. Our engineering team will recommend a suitable configuration.