A lifting magnet is a self-powered device used to lift and move ferrous metal materials without the need for slings, chains, or external power. It is typically operated using a manual on/off handle and is commonly attached to lifting equipment such as an overhead crane, swing jib crane, or hoist.
What is a Lifting Magnet?
Lifting magnets provide a simple and controlled method for handling steel and other magnetisable materials in industrial environments. Unlike traditional lifting methods, they rely on magnetic force to grip the load securely, allowing for efficient and repeatable lifting operations.
These magnets are widely used in workshops, fabrication environments, and scrap handling operations where materials need to be moved safely within a controlled space.
How Does a Lifting Magnet Work?
Lifting magnets are typically operated using a manual handle mechanism. When the handle is turned to the βonβ position and locked in place, the magnet becomes energised and creates a strong magnetic field that grips the material.
When the handle is returned to the original position, the magnetic force is released, allowing the load to be removed safely and easily.
This simple on/off operation makes lifting magnets reliable and easy to use in day-to-day lifting tasks.
What Materials Can a Lifting Magnet Lift?
Lifting magnets only work on materials that can be magnetised.
In practice, this means they are suitable for:
- Steel plates
- Steel bars
- Pipes and round materials
- Fabricated steel components
They are not suitable for non-magnetic materials such as aluminium, stainless steel (in many cases), or other non-ferrous metals.
Need help choosing? See ourΒ guide on how to choose a lifting magnet.
Where Are Lifting Magnets Used?
Lifting magnets are commonly used in environments where metal materials need to be moved frequently and safely within a confined or controlled area.
Typical applications include:
- Fabrication workshops
- General engineering workshops
- Scrap yards
- Steel stockholding and processing
They are used to lift and move flat, round, and angled metal components with precision and control.
Why Use a Lifting Magnet Instead of Slings or Chains?
Lifting magnets offer several practical advantages over traditional lifting methods.
- They can grip materials that are difficult to secure with slings
- They reduce the risk of slings slipping on round or uneven surfaces
- They help avoid damage caused by sharp edges cutting into lifting slings
- They provide faster and more controlled handling of metal components
For many applications, this makes lifting magnets a safer and more efficient solution.
Common Misunderstandings
One of the most common misconceptions is that lifting magnets can be used on any type of metal.
In reality, lifting magnets only work on magnetisable materials, and their performance is heavily affected by factors such as material thickness. Thin materials, in particular, may not provide sufficient magnetic contact, even if the weight appears to be within the rated capacity.
Understanding these limitations is essential for safe and effective use.
View Lifting Magnets
To explore suitable options for your application, view our full range of lifting magnets.