Supporting Steel Structures for Cranes & Hoists

Determining the correct load capacity and structural design for your crane runway involves a thorough assessment of several factors. These include:

• Crane Capacity: The maximum weight the crane will lift.
• Crane Span: The distance the crane bridge travels.
• Duty Cycle: How frequently and intensely the crane will be used.
• Building Structure: The existing building's ability to support the runway.
• Industry Standards: Compliance with relevant safety codes and regulations (e.g., CMAA, OSHA).

Monorail systems offer several advantages over traditional bridge cranes, particularly for applications involving repetitive, linear movement:

• Simplified Design: Monorails typically require less structural steel and are easier to install than bridge cranes.
• Efficient Point-to-Point Movement: They are ideal for moving materials along a fixed path, such as in assembly lines or production processes.
• Space Optimization: Monorails can be designed to fit into tight or complex layouts, maximizing available workspace.
• Lower Cost: In many cases, monorail systems are more cost-effective than bridge cranes for specific applications.

However, bridge cranes offer greater flexibility for covering larger areas and handling more complex lifting tasks. The best choice depends on your specific operational requirements and the layout of your facility.

Yes, absolutely. AFE Crane understands the importance of safety and compliance. We have the capability to provide professional engineering certification for our supporting steel structures. Our designs and fabrications can be stamped by a Professional Engineer licensed by the National Society of Professional Engineers. This certification ensures that your structure meets all applicable industry standards and regulations, providing you with peace of mind and demonstrating our commitment to quality and safety. We know that this is vital for insurance and permit purposes, and are ready to provide this service.