3M 7100258652 Air Orbital Sander 6 Inch Pad 12000 Rpm

Product Description

The 3M 7100258652 is a pneumatic random orbital sander built around a 6-inch round pad with a Hookit Conversion Disc backing pad interface. It operates at 12000 RPM with a 3/16-inch orbit diameter, delivering a fine, swirl-reducing finish suited for surface prep, blending, and final finishing work. The sander requires 6.2 CFM of air flow at 94.17 psi to operate at rated speed. At 2.56 pounds, it is light enough for extended use in body shop, fabrication, and industrial finishing environments. Licensed tradespeople and finishing technicians working with compressed-air systems are the primary installers and operators of this tool.

This sander is designed for applications where a consistent random orbital scratch pattern is required, including automotive body work, composite finishing, wood surface prep, and metal blending. The 6-inch pad size is a common standard in professional finishing workflows, and the Hookit Conversion Disc backing pad allows use of compatible hook-and-loop abrasive discs. It is suited for both production environments and single-job service use where a lightweight pneumatic orbital tool is needed.

Key Features

• 6-inch round pad with Hookit Conversion Disc backing pad interface for hook-and-loop abrasive compatibility
• 12000 RPM free speed for efficient material removal and finishing
• 3/16-inch orbit diameter for smooth, swirl-reducing random orbital action
• 6.2 CFM air consumption at 94.17 psi operating pressure
• Lightweight at 2.56 pounds for reduced operator fatigue during extended use

Compatibility

Designed for use with 6-inch hook-and-loop abrasive discs compatible with the Hookit Conversion Disc backing pad system. Requires a compressed air supply capable of delivering at least 6.2 CFM at 94.17 psi.

Installation Notes

This tool is operated by finishing technicians, body shop professionals, and tradespeople with access to a properly sized compressed air system. Before connecting or disconnecting the air line, ensure the supply valve is closed and the line is depressurized. Verify the air compressor output meets the minimum CFM and psi requirements to avoid underpowered operation. Inspect the air fitting and hose connection for leaks before use.