Milwaukee Multi-Tool Hardwood Blades, 3Pk

Milwaukee Multi-Tool 1-3/4" HSS/Titanium Metal-Cutting Blades, 3Pk

The 49-25-1263 Milwaukee Multi-Tool 1-3/4" HSS/Titanium Metal-Cutting Blades (3-Pack) are TITANIUM CHARGED™ bi-metal oscillating blades built for fast, durable cutting in multi-material applications. Engineered with an optimized titanium blend for maximum wear resistance, these blades deliver up to 15X longer life vs. high carbon steel blades. They feature a reinforced Universal Fit OPEN-LOK™ anchor for improved strength and control, fitting all major brands of non-Starlock tools, plus a black oxide coating for corrosion resistance and laser-etched markings for easy identification. The cut-away blade body supports faster plunge cuts, with a 1-3/4" cutting width and 2-3/16" max plunge depth.

Country of Origin
Made in the U.S.A.

Key Features / Specifications

• Model / Part Number: 49-25-1263
• Brand: Milwaukee
• Product Type: HSS/Titanium metal-cutting multi-tool blades
• Pack Quantity: 3 pack
• Blade Material/Technology: TITANIUM CHARGED™ bi-metal with optimized titanium blend for maximum wear resistance
• Blade Life: Up to 15X longer life vs high carbon steel blades
• Mount / Interface: Reinforced Universal Fit OPEN-LOK™ anchor
• Tool Compatibility: Fits all major brands of non-Starlock oscillating multi-tools
• Cutting Width: 1-3/4 in.
• Max Plunge Cut Depth: 2-3/16 in.
• Blade Shape: Cut-away blade body for fast plunge cuts
• Finish/Protection: Black oxide coating for corrosion resistance
• Identification: Long-lasting laser etching for clear, easy blade identification
• Recommended Materials: Wood, nails, PVC, and drywall (multi-material cutting)
• Manufacturing Note: Made in the USA with global materials

Ideal For

• Multi-material jobs cutting through wood with nails, PVC, and drywall
• Remodel and repair work needing long blade life and consistent performance
• Faster plunge cutting thanks to the cut-away blade body design
• Users with non-Starlock multi-tools who want broad compatibility
• Work environments where corrosion resistance and quick blade ID matter