ESP Collecting Electrode Plates Roll Former 

Traditional ESP Anode Plate Production Methods

1. Manual Coil Unwinding & Cutting: Workers manually uncoil steel strips and cut them to length using shears, resulting in inconsistent lengths and high material waste.
2. Manual Punching: Drilling holes by hand or using semi-automatic drills, leading to misaligned holes, inconsistent sizes, and low precision (hole position error ±5–10mm).
3. Manual Bending: Using press brakes to bend steel strips into corrugated profiles, with each bend requiring manual adjustment—resulting in inconsistent profile dimensions (error ±2–3mm) and low output (10–20 plates per hour).
4. Manual Stacking & Inspection: Workers manually stack finished plates and inspect each one for defects, increasing labor costs and production time.

• Low Efficiency: Only 10–20 plates per hour, unable to meet large-scale ESP project demands.
• Poor Precision: High dimensional and hole position errors, leading to ESP assembly issues and reduced dust collection efficiency.
• High Labor Costs: Requires 8–10 skilled workers per shift, increasing production costs by 60–70%.
• High Material Waste: Material utilization rate of only 70–80%, increasing steel costs.
• Inconsistent Quality: Manual operation leads to quality variations between batches, affecting ESP performance.

Automated ESP Anode Plate Roll Forming Machine Production

1. Automatic Decoiling & Leveling: Heavy-duty decoiler with tension control unwinds coils smoothly, and the leveling unit eliminates curvature—ensuring flat, uniform steel strips.
2. Precision Hydraulic Punching: Servo-driven punching unit creates holes with ±2.0mm accuracy, synchronized with line speed.
3. High-Speed Roll Forming: 16–22 roller stations form the steel into precise profiles (±0.5mm accuracy) at 6–20m/min.
4. Automatic Hydraulic Cutting: PLC-controlled shear cuts plates to length (±1.5mm accuracy) with clean, burr-free edges.
5. Automatic Stacking (Optional): Finished plates are stacked automatically, ready for packaging and shipment.

Key Advantages of Automated Roll Forming Machines

1. 10–15x Higher Production Efficiency
   • Output of 360–1200 meters per hour (200–600 plates per hour), meeting large-scale ESP project demands (e.g., 10,000+ plates for a power plant ESP).
   • Continuous operation with minimal downtime, reducing production time for large orders by 80% compared to traditional methods.
2. Unmatched Precision & Consistency
   • Profile accuracy of ±0.5mm and hole position accuracy of ±2.0mm—ensuring every plate is identical, eliminating assembly errors.
   • Incremental forming prevents steel cracking, ensuring consistent structural strength and dust collection performance across all plates.
3. 70% Labor Cost Reduction
   • Only 2–3 operators are needed to monitor the line, reducing labor costs significantly.
   • Minimal training required (1–2 days) for operators, compared to 3–6 months for skilled manual workers.
4. 95%+ Material Utilization Rate
   • Precise cutting and forming minimize waste, reducing steel costs by 20–30% compared to traditional methods.
   • No manual cutting errors, further reducing material waste.
5. Consistent, High-Quality Output
   • PLC control eliminates human error, ensuring consistent quality across all batches—critical for ESP performance and compliance with environmental standards.
   • Heavy-duty rollers and frame design ensure long-term stability, with minimal quality degradation over time.
6. Quick Model Switching & Customization
   • Preset PLC programs allow switching between 385-type, 480-type, and ZT-24 anode plates in 10–15 minutes—compared to 4–8 hours for traditional press brake setup.
   • Customizable for different material thicknesses (0.8–2.0mm) and profiles, meeting diverse customer needs.

Conclusion: Automation is the Future

Contact: Elise
Tel:+86-155 3281 7581
Email: elise@tgrfm.cn