Overhead Lifting Solutions
A Monorail Crane is a specialized overhead lifting solution designed for precision and repetitive efficiency. Unlike bridge cranes that cover a wide rectangular area, a monorail follows a dedicated path—either a straight line or a custom-engineered curve. This makes them the ultimate tool for production lines where materials must move from Station A to Station B without deviation.
At Prolift Crane & Hoist Inc., we specialize in the custom engineering and integration of monorail systems. We don’t just provide the beam; we design a continuous flow solution that fits the unique geometry of your facility.
Types of Monorails
Freestanding Monorail Systems
Freestanding monorail systems are supported by their own steel columns and structural framework, transferring all loads directly into the floor slab or foundation.
Key characteristics:
- Independent of the building structure
- Supported by columns anchored to concrete foundations
- Suitable for facilities not designed for overhead lifting loads
- Can incorporate straight runs, curves, switches, and multiple bays
Benefits:
- No reliance on roof or ceiling steel
- Predictable structural performance
- Ideal for retrofits, leased buildings, or older facilities
- Easily expandable or reconfigurable
Freestanding monorails are commonly used when building structures lack sufficient capacity or when future flexibility is required.
Ceiling-Mounted Monorail Systems
Ceiling-mounted monorail systems are suspended from the building’s roof structure, joists, or structural steel using engineered hanger assemblies.
Key characteristics:
- Loads are transferred into the building structure
- Requires adequate roof or beam capacity
- Maximizes floor space by eliminating columns
- Can follow complex paths, including curves and intersections
Benefits:
Clear floor space for equipment and personnel
Clean, efficient material flow
Ideal for high-traffic production environments
Lower overall footprint
Ceiling-mounted systems must be reviewed and approved by a qualified structural engineer to confirm the building can safely support all applied loads.


