Applications
- Home
- Applications
Applications
Steel
MH Automation develops and adapts solid-state motor drive systems to replace outdated and obsolete contactor control systems in production cranes, reducing maintenance and operational costs.
Application Areas
Ladle Cranes
Continuous duty cranes for handling steelworks processes and associated products.
Scrap Handling Cranes
Overhaed cranes specialised for waste and scrap management.
Billet/Slab Cranes
Precision cranes designed for handling billets and slabs in steel production.
Tundish Cranes
Customized cranes with lifting devices suited for handling large tundishes.
Plate Handling Cranes
Heavy-duty cranes equipped with grabs, tongs, or lifting magnets for high production environments.
Ore Unloaders
Robust cranes designed for unloading ore efficiently and safely.
Applications
Port
MH Automation specialises in the application of modern drive and control technology to various types of port cranes, optimizing operational efficiency and safety.
Application Areas
Container Cranes:
Designed specifically for handling large quantities of containers efficiently.
Bulk Handling Cranes:
Specially equipped for unloading bulk product thereby enhancing throughput.
Rail Mounted Gantry Cranes:
Facilitates road/rail transhipment of large container volumes.
Dockside Cranes:
Portal cranes that streamline the transport of cargo to and from ships.
Shipyard Cranes:
Assist in shipbuilding within port drydocks, ensuring precision and safety.
Basin Gates:
Automated and robust gates for controlling water flow within port basins.
Swing Bridges:
Movable bridges that provide unobstructed passage for ship traffic.
Applications
Technology
MH Automation employ state-of-the-art technology to enhance the automation and control of industrial operations.
Application Areas
PLC/HMI/SCADA:
Integrated systems for real-time control, data acquisition, and remote access, enhancing operational efficiency.
Motor Drives:
Advanced motor control solutions that improve performance and reduce energy consumption.
Remote Control:
Secure and efficient remote control systems for industrial machinery.
Remote Monitoring:
Continuous monitoring systems that ensure the reliability and safety of operations.
Automated Stacking:
High-precision systems for stacking operations, optimizing space and efficiency.
Automated Positioning:
Technologies that ensure accurate and repeatable positioning in various industrial applications.
Container Yard Tracking:
Advanced tracking systems for managing container movements and inventory in port operations.