Skip to content

Recent Articles

  • Passive Shunting Vs. Active Shunting
    ,
    Passive Shunting Vs. Active Shunting

    Preventing Hand Injuries with the Right Lifting Magnet Technology  Reducing back, hand and wrist injuries is a top priority for many industrial and manufacturing companies. At MSA Magnetics, we understand that choosing the right lifting magnet can make a significant difference in workplace safety, especially when it comes to preventing lacerations, crush injuries, and strain caused by manual handling. …

  • How to choose the correct lifting magnet
    How to choose the correct lifting magnet

    When choosing a lifting magnet, there are a few factors, but very important ones, that need to be taken into consideration to ensure effectiveness and safe workplace material handling practices. Considering both the weight and the thickness of the material will help determine if an Active Shunting (Shallow Field) Lifting Magnet  or a Passive Shunting…

  • Your Guide to the Magswitch Magnetic Tools Range
    , ,
    Your Guide to the Magswitch Magnetic Tools Range

    Whether you work in the welding and fabrication industry, woodworking, carpentry, or in a workshop where heavy or manual lifting of metal materials is required, you would love the Magswitch magnetic tools range! These awesome magnets switch completely on and off, and offer a more efficient & safe set up, allowing you to finish your…

  • The MSA Metal Separation Range
    , ,
    The MSA Metal Separation Range

    MSA Magnetics manufactures and supplies various metal separation options for many different industries, including mining, recycling, plastics manufacturing, agriculture, and many more. Designed for tough industrial applications, MSA magnetic separators are excellent for machine protection and can save thousands of dollars on repairs and replacements caused by damage to machinery due to unwanted metal and…

  • Magswitch MLAY Lifting Magnets Take The Weight Off Your Shoulders
    , ,
    Magswitch MLAY Lifting Magnets Take The Weight Off Your Shoulders

    Heavy lifting can be both dangerous and time consuming. Back and hand injuries are extremely common in the workplace when lifting heavy steel, and measures should always be put in place to prevent operators from WHS risks such as these. The Magswitch technology brings heavy lifting capabilities to a whole new level of strength and…

  • Deep Field & Shallow Field Lifting Magnets
    , ,
    Deep Field & Shallow Field Lifting Magnets

    Are you aware there are deep field and shallow field Lifting Magnets available? Deep field (Passive Shunting) Lifting Magnets have been used for many decades in Australia. In the last ten years shallow field (Active Shunting) Lifting Magnets have been gaining in popularity. To understand why; we need to look at the differences and what that means…

  • Achieving Different Hold Forces Using Lifting Magnets
    ,
    Achieving Different Hold Forces Using Lifting Magnets

    Lifting magnets will achieve different hold forces depending on the thickness of the steel it is in contact with. Some magnets are geared towards lifting thin material (Active shunting) and some thicker material (Passive Shunting). Let’s look at how the two compare at the midrange thicknesses we commonly handle in Australia: The active shunting Magnets are…

  • Understanding The Hold Force Of Lifting Magnets
    ,
    Understanding The Hold Force Of Lifting Magnets

    Passive shunting Magnets achieve their full hold force between 30mm – 80mm thick while most Active Shunting Magnets are achieving their full hold force between 9mm and 20mm. This is the range of thicknesses that are most commonly handled. What that means is that at some thicknesses of an enormous Passive Shunting Magnet has less…

  • How Well Do You Know Lifting Magnets?
    , ,
    How Well Do You Know Lifting Magnets?

    Ever heard of Residual Magnetism? What is it, and how does it affect your Lifting Magnets? Residual Magnetism occurs when a magnet fails to turn completely off. The magnetic flux is a result of a circuit being created between the rare earth magnets inside and the steel body of the magnet. The level of Residual Magnetism depends…