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The Future of Magnetic Lifting

Patented technology allows magnets to be manufactured up to 70% lighter than comparable products.

Lighter, Safer & Easy to Use

  • Increased power to weight ratio
  • Lifting of thinner materials
  • Significant increase in weld zone area
  • Safer and superior activation method
  • Fully flexible double swivel lifting point
  • Improved manual handling
  • Up to 70% lighter than comparable magnets
  • German engineering and quality

Reduced Maintenance

Hardened steel bottom plate with TiN-coating eliminating the need to regrind the magnetic bottom plate.

Innovative Design

New design allows for use between the flanges of a steel beam.

Easy Positioning

Slight premagnetisation for the easy positioning of the magnet.

One-Handed Activation

Simple locking mechanism can be easily activated with one hand.

Fully Articulated

Fully flexible double swivel lifting point – 180° pivot, 360° rotation.

More Clamping Methods

Additional connection threads inside the housing allow for customisation.

Explore the Lifting Magnet Range

 TML100TML250TML500TML1000
Max. load-bearing
capacity
100 kg
(220 lbs)
250 kg
(550 lbs)
500 kg
(1,100 lb)
1,000 kg
(2,200 lbs)
Breakaway force(660 lbs)
on 6 mm (1/4") steel S235
> 750 kg
(1,653 lbs)
on 10 mm (3/8") steel S235
> 1,500 kg
(3,300 lbs)
on 15 mm (9/16") steel S235
> 3,400 kg
(7,480 lbs)
On 12 mm (1/2”) Steel S235
Min. material thickness1 mm
(1/32")
2 mm
(1/16")
2 mm
(1/16")
2 mm
(1/16")
Dead weight1.7 kg
(3.7 lbs)
3.5 kg
(7.7 lbs)
7.3 kg
(16 lbs)
18.0 kg
(238 lbs)
Dimensions LxW82.5 x 80 mm
(3-1/4" x 3-1/8")
191 x 71 mm
(7-1/2" x 2 -13/16")
265 x 118 mm
(10-7/16" x 4-5/8")
403 x 103 mm
(15-7/8" x 4-1/16")

Increased Power to Weight Ratio

Watch the ALFRA demonstration

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