Techniks ELM-600 Lifting Magnet 1320 Lb

Product Description

The TECHNIKS ELM-600 is a magnetic lifting device rated for loads up to 1,320 pounds. It uses a permanent magnet mechanism to grip ferrous steel workpieces, billets, plates, and fabrications without requiring electrical power or external hydraulics. The unit measures 10.0 inches in length, 10.2 inches in width, and 8.3 inches in height, with a total weight of 46 pounds. Rigging crews, fabricators, and material handlers use the ELM-600 to lift, reposition, and transfer heavy steel stock in production shops, steel yards, and fabrication facilities.

The ELM-600 is suited for flat and round steel lifting tasks in industrial environments. Its compact footprint makes it practical for use in overhead crane and hoist rigging applications where power supply is unavailable or impractical. The unit is appropriate for heavy-duty shop floor operations handling structural steel, plate stock, and bar stock within its rated load limit.

Key Features

• 1,320 lb rated load capacity for heavy ferrous material handling
• Permanent magnet design requires no electrical power source during operation
• Compact 10.0 x 10.2 x 8.3 inch footprint for use in confined rigging setups
• 46 pound unit weight supports single-operator deployment with proper rigging hardware
• Magnetic lifter type suited for flat plate and compatible ferrous profiles

Compatibility

Designed for use with flat ferrous steel workpieces and plates within the 1,320 lb rated load capacity. Verify workpiece surface condition, material grade, and thickness against manufacturer load charts before each lift.

Installation Notes

Rigging and material handling professionals should attach the ELM-600 to a rated overhead crane, hoist, or lifting sling that meets or exceeds the unit load capacity. Inspect the magnet contact surface and workpiece for debris, scale, or coatings that may reduce holding force before each use. Never exceed the rated load limit and always follow applicable ASME B30 rigging and lifting standards. Disengage the magnet mechanism fully before releasing the load.