Efficient system solutions

Process cranes for steel handling

Efficiency and flexibility combined with impressive performance

Materials handling systems are a decisive component for cost-effectiveness in the steel trade. The performance provided by our cranes has a great influence on the efficiency and flexibility of all operating sequences – also in the downstream industrial processes. Our customers use Demag crane systems to meet requirements with efficient storage and just-in-time delivery. To satisfy these needs, we offer:

  • A wide range of crane products for the steel trade
  • Crane concepts that are designed and optimised to meet specific industry and process requirements
  • Constant availability
  • High utilisation of the available space in stores
  • Flexibility in handling products.
     

Your Contact

Contact Placeholder

Konecranes and Demag Private Limited

National Realty Pvt. Ltd, Level 3. Survey no. 75/2/3
Baner, Pune
Maharashtra 411045
India

Phone:
+91 20 6719 1500/09

Product information

The benefits at a glance

The outstanding benefits of our tailored solutions for the steel trade are found in a wide range of applications:

Transport of long materials

  • Steelmaster high-performance cranes in various speeds and classifications
  • Single-girder cranes with cantilever crabs
  • Customer-specific equipment options:
    • 2 open winch crabs
    • rope stabilising arrangements in the long and cross-travel directions
    • magnet spreaders, telescoping design, rotating magnets
    • calibrated weighing devices, data transfer
    • transport of cassettes and stacking racks
    • manual or radio control or fully automated control options

Process cranes in coil stores

  • Transport of steel and aluminium coils
  • Coil magnet or coil tongs as the load handling attachment
  • Customer-specific equipment options:
    • cab or radio control
    • manual, semi-automatic and fully automated control solutions

Automated cranes

  • Demag warehouse management system
  • Visualisation
  • Remote maintenance

Case study