Freud DOU125BF3 Bi-metal Oscillating Blade 1-1/4 in 3 Pack

Product Description

The FREUD DOU125BF3 is a 3-pack of 1-1/4 inch universal fit bi-metal oscillating blades engineered for cutting metal. Each blade features an ultra-hardened cutting edge rated to deliver up to 5 times longer service life than standard oscillating blades. An optimized tooth geometry reduces vibration during cutting, producing fast, clean results. The Black I.C.E. (Industrial Cooling Element) coating keeps the cutting teeth cool and prevents material buildup throughout the cut. These blades suit licensed trades and experienced DIYers working with an oscillating multi-tool on metal materials.

These blades are designed for metal cutting applications in residential and commercial settings. The 1-1/4 inch width is a common size for pipe, conduit, and sheet metal trim work encountered by plumbers, electricians, and HVAC technicians. The universal fit, adapter-free design attaches directly to most oscillating multi-tool platforms. Note that Starlock-style tool interfaces are not compatible with this blade mount system.

Key Features

• Ultra-hardened cutting edge delivers up to 5 times longer life than standard blades
• Bi-metal construction for durability in metal cutting applications
• Optimized tooth design reduces vibration for fast and clean cuts
• Black I.C.E. coating keeps teeth cool and build-up free during use
• Universal fit, adapter-free mounting attaches to most oscillating tools (Starlock excluded)
• Sold as a 3-pack for extended jobsite availability

Compatibility

Universal fit design attaches to most oscillating multi-tool platforms without an adapter. Not compatible with Starlock-style tool interfaces.

Installation Notes

Power down and unplug or remove the battery from the oscillating tool before changing blades. Confirm the blade is fully seated and the clamp mechanism is secure before operating. Use appropriate eye protection and gloves when cutting metal, as burrs and chips are common. Dispose of worn blades safely to prevent injury.