Customer Case: How Multiple Hot Rolling Mills Achieved 30% Efficiency Gains by Integrating PLC-Controlled Automation Clamps

03 09,2025
Titanium Heavy Industry
Customer Cases
Explore real-world success stories from leading hot rolling mills that seamlessly integrated大连钛鼎重工’s durable pneumatic billet clamps with PLC control systems, robotic handling, and AGV transport. This article covers critical technical steps—including signal interface configuration, timing logic programming, and safety interlock design—alongside practical solutions for common integration challenges. Whether you're an engineer or plant manager, gain actionable insights to boost automation performance, consistency, and operational safety on your hot rolling line.
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How Leading Steel Mills Are Boosting Efficiency with PLC-Controlled Automation Clamps

As global steel demand rises—driven by infrastructure growth in Asia and green energy transitions in Europe—hot-rolled steel production lines are under increasing pressure to reduce downtime, improve consistency, and lower labor costs. According to a 2023 McKinsey report, automated material handling systems can boost throughput by up to 30% while reducing operator errors by over 40%. This is where smart integration of gas-powered clamps with PLCs, robots, and AGVs becomes not just an option—but a competitive necessity.

The Core Challenge: Seamless Integration Across Systems

Integrating a durable plate clamp (like those from Dalian Tiding Heavy Industry) into existing automation workflows isn’t just about connecting wires—it’s about ensuring precise timing, safe operation, and real-time feedback. Many plants fail at this stage due to poor signal mapping or lack of proper safety interlocks. Here's how top performers do it:

  • Signal Interface Matching: Use Modbus TCP for PLC-to-clamp communication; ensure 24V DC power supply stability.
  • Timing Logic: Program clamp open/close cycles using ladder logic with 50ms response time for critical actions.
  • Safety First: Implement emergency stop signals via E-stop relays and limit switches on both clamp arms.
Integration Step Key Action Expected Outcome
Signal Calibration Verify 4–20mA input from sensors Reduces false triggers by 75%
AGV Synchronization Sync clamp release with AGV docking position Eliminates misalignment issues

Real Results: A Case Study from China

A major steel mill in Hebei integrated titanium-reinforced clamps with their existing robotic arm system. Within three months, they achieved:

  • 30% faster billet transfer times
  • 98% uptime during peak shifts
  • Reduced manual intervention by 65%

They also reported fewer scrap rates—down from 2.1% to 0.7%—thanks to consistent grip force control and reduced thermal distortion risks.

Common Pitfalls & How to Avoid Them

During commissioning, engineers often overlook:

  1. Calibrating air pressure at 0.6 MPa ±0.05 MPa
  2. Adjusting mechanical limit switches to prevent double-closing
  3. Adding anti-vibration mounts to reduce sensor noise

These small fixes make the difference between a smooth rollout and costly delays.

Got Questions? We’ve Got Answers.

If you're planning your own integration project, here are some frequently asked questions from our clients:

Can I retrofit old clamps with new PLC controls?

Yes—if the clamp has standard electrical interfaces. We recommend a full diagnostic check before retrofitting.

What if my plant lacks skilled PLC programmers?

We offer turnkey installation packages including training modules tailored to your team’s level.

Want to see how it works in action? Download our free “Hot Rolling Clamp Integration Checklist” PDF or watch the 5-minute video demo showing real-world setup steps—from wiring to first successful lift.

Let Your Line Run Smarter — Start Now
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