Mag-mate 927 Telescoping Magnetic Retrieving Tool

Product Description

The MAG-MATE 927 is a telescoping magnetic retrieving tool designed to recover ferrous metal parts and hardware from tight, hard-to-reach spaces. It extends from a collapsed length of 17 inches to a full extended length of 26.5 inches, giving technicians flexible reach without repositioning. The rare earth magnet head delivers up to 15 pounds of pull force, with an average pull of 7.5 pounds under typical working conditions. A double ball hinge head allows the magnet to pivot and angle into confined areas. At 0.5 pounds, the tool is light enough for one-handed use throughout a service call.

This tool is a standard addition to the service bag for HVAC technicians, plumbers, electricians, and general maintenance professionals. It is well-suited for retrieving dropped fasteners, screws, nuts, and small metal components from equipment interiors, floor drains, wall cavities, and equipment enclosures where hand access is blocked or impractical. The 0.5-inch diameter head fits into narrow openings that larger pickup tools cannot reach.

Key Features

• Telescoping shaft collapses to 17 inches and extends to 26.5 inches for adjustable reach
• Rare earth magnet provides up to 15 lb maximum pull force
• Double ball hinge head pivots to angle into corners and confined spaces
• Compact 0.5-inch head diameter fits narrow openings and equipment interiors
• Lightweight at 0.5 pounds for comfortable single-hand use

Compatibility

Designed as a general-purpose telescoping magnetic retrieving tool for use across HVAC, plumbing, electrical, and mechanical service applications where retrieval of small ferrous metal parts is required.

Installation Notes

No installation is required for this hand tool. Before using near energized electrical equipment, verify the work area is de-energized and follow applicable NFPA 70E safe work practices. Avoid contact between the magnet head and magnetic media, sensitive electronics, or pacemakers. Keep the tool away from strong external magnetic fields that could affect magnetization over time.