Mag-mate HS0800C Hand-held Magnetic Sweeper 8 in

Product Description

The MAG-MATE HS0800C is a compact, hand-held magnetic sweeper designed to pick up ferrous metal debris from floors, work surfaces, and job sites. Measuring 8 inches in length and 1 inch in height, it provides a controlled sweep path in tight spaces where floor-mounted or wheeled sweepers cannot reach. The lightweight construction at 1.5 pounds makes it easy to carry and maneuver during extended use. Electricians, plumbers, HVAC technicians, and general tradespeople use this tool to quickly recover metal shavings, fasteners, drill bits, and other ferrous debris after cutting, drilling, or fabrication work.

The HS0800C is suited for use in residential and light commercial job site environments. It works well on smooth concrete, tile, wood flooring, and low-pile surfaces. Its compact 8-inch sweep width allows operation in confined areas such as mechanical rooms, utility closets, and under equipment. Tradespeople typically keep this type of tool in a tool bag or apron pocket for fast access during cleanup between tasks.

Key Features

• 8-inch overall length provides a practical sweep path for hand-held operation
• 1-inch overall height keeps the profile low for use close to surfaces
• Lightweight at 1.5 pounds for comfortable single-hand use
• Picks up ferrous metal debris including screws, nails, shavings, and staples
• Compact form factor fits in a standard tool bag or work apron pocket

Compatibility

Designed as a general-purpose hand-held magnetic sweeper suitable for trade and job site use on flat or low-texture surfaces where ferrous debris recovery is required.

Installation Notes

No installation is required for this hand-held sweeper. Pass the sweeper slowly and evenly over the target surface to ensure full magnetic contact with debris. Release collected debris away from the work area by moving it over a waste container before disengaging. Avoid exposing the magnetic sweeper to strong heat sources, which can reduce magnetic holding force over time.