Technical Resources
When Should You Use a Lifting Frame
Discover when a lifting frame offers advantages over a lifting beam and how engineers determine the most suitable lifting solution for complex loads, multiple lifting points and specialist handling requirements.
Understanding Lifting Frames and Lifting Beams
Lifting beams and lifting frames are both designed to safely lift and distribute loads, but they serve different purposes. A lifting beam typically transfers forces through a single beam structure and is ideal for many standard lifting operations. A lifting frame uses a larger fabricated structure with multiple lifting points and support members, providing greater stability and control for complex or unusually shaped loads.
Selecting the correct solution depends on factors such as load dimensions, weight distribution, lifting points, available headroom and operational requirements.
What Is the Difference Between a Lifting Beam and a Lifting Frame?
A lifting beam generally consists of a single structural member with lifting points positioned along its length. It is commonly used to lift loads that require improved load distribution while maintaining a relatively simple lifting arrangement.
A lifting frame uses a larger structural framework designed to support multiple lifting points across a wider area. This configuration helps control load movement, reduce stresses on the load and improve stability during lifting operations.
Key Differences
✔ Lifting frames support multiple lifting points across a larger structure
✔ Greater stability for large or irregular loads
✔ Improved load control during lifting
✔ Better suited to complex lifting arrangements
✔ Can accommodate specialist handling requirements
✔ Often used for bespoke engineering projects
Key Benefits of Lifting Frames
Enhanced Stability
Multiple support points help maintain balance and reduce unwanted load movement.
Improved Load Distribution
Loads can be spread across several lifting points, reducing localised stresses.
Bespoke Engineering
Frames can be designed around specific loads, handling requirements and site restrictions.
Greater Control
Provides improved control during complex lifting operations and equipment installation projects.
Industries That Commonly Use Lifting Frames
Lifting frames are commonly used across industries where loads require greater stability, multiple lifting points or more complex handling arrangements than a standard lifting beam can provide. Their ability to distribute loads across a larger structure makes them particularly valuable when lifting large, irregularly shaped or high-value components.
From heavy engineering and manufacturing to energy, infrastructure and offshore projects, lifting frames help improve load control, reduce stress concentrations and support safe lifting operations. By providing a bespoke solution tailored to the load and lifting environment, lifting frames enable organisations to handle challenging lifts with greater confidence, safety and efficiency.
Manufacturing
Production equipment and specialist assemblies frequently benefit from custom lifting frame designs.
Offshore & Marine
Complex lifting operations in challenging environments frequently rely on bespoke lifting frames.
Energy
Transformers, pressure vessels and process equipment often require multi-point lifting arrangements.
Infrastructure
Bridge sections, precast components and structural assemblies may require specialist lifting frames.
Aerospace & Defence
High-value equipment and sensitive components often require carefully engineered lifting solutions.
Heavy Engineering
Large fabricated structures and machinery often require lifting frames to provide adequate stability.
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