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Wood/Nail Cutting Recip Blades
Vendor:ITM ToolsRegular price From $3.14Regular priceUnit price perSale price From $3.14 -
Metal Cutting Recip Blades
Vendor:ITM ToolsRegular price From $2.27Regular priceUnit price perSale price From $2.27 -
Wood/Nail Cutting Recip Blades - Bulk
Vendor:ITM ToolsRegular price From $3.05Regular priceUnit price perSale price From $3.05 -
Heavy Metal Cutting Recip Blades - Bulk
Vendor:ITM ToolsRegular price From $4.32Regular priceUnit price perSale price From $4.32 -
Heavy Metal Cutting Recip Blades
Vendor:ITM ToolsRegular price From $4.68Regular priceUnit price perSale price From $4.68 -
Metal Cutting Recip Blades - Bulk
Vendor:ITM ToolsRegular price From $2.19Regular priceUnit price perSale price From $2.19 -
Max Metal Cutting Recip Blades
Vendor:ITM ToolsRegular price From $16.56Regular priceUnit price perSale price From $16.56
Reciprocating saw blades are designed for the high-intensity demolition and cutting tasks required by industrial and commercial contractors. This selection features blades engineered with advanced tooth geometries and durable bi-metal or carbide-tipped constructions to handle everything from heavy-gauge metal to nail-embedded wood. Built for maximum longevity and heat resistance, these professional-grade blades provide the aggressive cutting speed and precision needed to keep projects moving efficiently.

Pro-Tips for Peak Performance
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Reduce Vibration: Ensure the saw’s adjustable shoe is pressed firmly against the workpiece to minimize chatter, which prevents tooth stripping and ensures a straighter cut.
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Match the Material: Avoid using high-TPI metal blades on thick wood, as the small gullets will quickly clog with sawdust, causing the blade to overheat and lose its temper.
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Let the Tool Work: Applying excessive pressure doesn't speed up the cut; it creates friction that dulls the teeth. Let the blade's geometry do the work.
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Carbide Care: When cutting through high-strength alloys or cast iron, use a slower saw speed to prevent the carbide tips from fracturing due to heat buildup.


