Ultralift E: The New Choice In Magnetic Lifting

Compact  |  Cost-Effective  |  High Performance

Ultralift E is the new magnetic lifter from Eclipse Magnetics. With a Working Load Limit (WLL) Safety Factor of 3:1 and the ability to lift up to 1,000kg (depending on model), you can rest assured that the Ultralift E is a safe and efficient choice for your business.

  • Lift up to 1,000kg (model dependent)
  • 3:1 Working Load Limit (WLL) Safety Factor
  • Zero running costs

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Brand new high performance and cost-effective magnetic lifter

  • Superior lifting performance and cost-effective
  • Simple, safe, single person operation
  • Increased lifts per hour – engages with the load instantly
  • Optimises storage space - requires only single face access to the load
  • Does not damage the load
  • The load can be moved with pinpoint accuracy
  • Zero running costs – uses permanent magnetic technology
  • Ideal for flat surface or round steel section

The Cost-Effective Choice For High Performance Lifting

The brand new Ultralift E Magnetic Lifter range utilises the latest in magnetic technology to provide a cost-effective lifting solution. The technology is fail-safe, extremely easy to operate, with no electricity required delivering world class results when handling ferrous loads compared to traditional methods such as slings, chains, hooks and grabs.

With a guaranteed Working Load Limit (WLL) of 3:1, you can rest assured that the Ultralift E provides a safe and efficient way to lift ferrous loads in your factory, workshop or warehouse.

High Performance Lifting Magnet For Ferrous Loads

The Ultralift E Magnetic Lifter range is ideal for applications ranging from light pick and place equipment to heavy steel stock movement. This high performance magnetic lifter has been designed with safety uppermost in mind, in addition to utilising permanent magnetic technology to ensure the load cannot be released during lifting. A secondary handle locking device provides further re-assurance that the load cannot be accidentally released when in use.

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