Produce smooth cuts—the teeth vary in size and pattern to reduce vibration. This blade has a pointed tip that plunges into wood. It has a 1/2" universal shank that fits most reciprocating saws. Also known as a bimetal blade, it has a flexible carbon steel body with high-speed steel teeth.

These blades have a pointed tip that plunges into wood. They have a 1/2" universal shank that fits most reciprocating saws. Blades with a flexible carbon steel body and high-speed steel teeth are also known as bimetal blades. Tooth size and number per inch are constant throughout the blade. Choose blades with more teeth per inch for a smooth finish; choose blades with fewer teeth per inch for fast, rough cutting.

These blades have teeth that are coated in wear-resistant titanium nitride (TiN) so they last longer than blades with uncoated teeth. They have a pointed tip that plunges into material. All have a 1/2" universal shank that fits most reciprocating saws. Also known as bimetal blades, these have a flexible carbon steel body with high-speed steel teeth. Tooth size and number per inch are constant throughout the blade.

Also known as demolition blades, these are wide for cutting through multiple layers of wood. They have a pointed tip that plunges into material. All have a 1/2" universal shank that fits most reciprocating saws. They're bimetal blades with a flexible carbon steel body and high-speed steel teeth that vary in size and pattern to reduce vibration and produce smooth cuts. Choose blades with more teeth per inch for a smooth finish; choose blades with fewer teeth per inch for fast, rough cutting.

Also known as demolition blades, these blades are wide enough to cut through multiple layers of wood quickly. They’ll also stay sharp 50 times longer than blades with high-speed steel teeth thanks to their carbide-tipped teeth. The teeth are harder than high-speed steel and titanium-nitride-coated teeth, so they cut through harder materials. Also called variable-set blades, the teeth vary in size and pattern. This limits vibration for stable, straight cuts that require minimal effort. Their pointed tip is great for plunge cuts. An aluminum-alloy coating over their body reduces heat buildup, so they stay sharp and don’t get gummed up with sawdust. Since they stay cool, they won’t burn your wood.

Their 1/2” universal shank fits most reciprocating saws.

This blade is stiffer than other blades for making straight cuts in wood. It has a 1/2" universal shank that fits most reciprocating saws. Also known as a bimetal blade, it has a flexible carbon steel body with high-speed steel teeth. Tooth size and number per inch are constant throughout the blade.

Whether you’re cutting metal, plastic, or wood, keep a set of blades on hand to complete any reciprocating saw job. Also known as bimetal blades, the blades in these sets have high-speed steel teeth and a flexible carbon steel body. Thanks to their flexibility, they’re good for cutting flush against a surface, such as cutting pipe close to a wall or creating an access panel in an enclosure. Use them for straight cuts, curved cuts, and plunge cuts in the center of a material. With a ½” universal shank, they fit most reciprocating saws.

5-, 6-, and 14-piece assortments have wide blades meant for cutting through multiple layers. They’re also known as demolition blades.

10-piece assortments are for use on materials of any thickness.

32-piece assortment blades for wood with nails are for use on wood of any thickness.

Blades with an aluminum-alloy-coated body resist heat buildup when cutting, so they stay sharp and don’t get gummed up with metal shards. Since they stay cool, they won’t accidentally harden the edge that you’re cutting.

Also known as bimetal blades, these have a carbon steel body and high-speed steel teeth that last up to four times longer than carbon steel teeth. Choose more teeth per inch for a smooth cut; choose fewer teeth per inch for fast, rough cutting.

Small, fine teeth at the shank end of this progressive-tooth blade gradually increase to larger teeth at the tip for fast cuts. Also known as a bimetal blade, it has a carbon steel body and high-speed steel teeth that last up to four times longer than carbon steel teeth.

With carbide-tipped teeth—the hardest in our jigsaw blade offering—these blades last longer than bimetal blades. The high-speed steel body makes them stiffer than blades with a carbon steel body. That means they’re better at making straight cuts in hard and thick materials. They’re also narrow enough for complex, intricate cuts with tight curves. Use them for applications such as cutting specific shapes out of wood, plastic, sheet metal, and other flat materials to fit a custom structure.

Blades with 5-7 teeth per inch make quick cuts, thanks to their progressive-tooth design. Their tooth size gradually increases from small, fine teeth at the shank end to larger teeth at the tip.

Blades with an aluminum-alloy-coated body reduce heat buildup when cutting. This protects your material from burning and keeps dust from sticking to your blade and gumming it up. The coating also prevents the blade from dulling.

Cut wood, metal, plastic, and drywall without changing blades. Also known as bimetal blades, these blades have a carbon steel body with high-speed steel teeth. High-speed steel teeth are harder than steel teeth, so they can cut harder materials and last longer than carbon steel blades. Use these small blades for small jobs, from plunge cutting notches in sheet metal to flush cutting a protruding nail. Mount them to your oscillating tool at any angle to avoid awkward cutting angles and reach into tight spots. They fit Starlock-compatible tools.

Curved blades have a slightly curved edge, so you can make plunge cuts without having to angle your tool like you would with a straight-edge blade. This allows for cleaner cuts with less vibration.

Half-round blades are shaped for more controlled cutting than our other blades, so they’re the best choice for curved, detailed cuts.

Cut wood, metal, plastic, and drywall without changing blades or losing sharpness. Their carbide-tipped teeth are harder than high-speed steel or carbon steel teeth. They stay sharp for 30 times longer than bimetal blades that have high-speed steel teeth. For mild corrosion resistance in dry areas, these blades have a black oxide finish. Because of their size, they’re typically used for small jobs, such as making notches in sheet metal. They mount to your oscillating tool at any angle, so you can avoid awkward cutting angles and reach into tight spots.

Starlock-mount blades work with Starlock-compatible tools.

Open-mount blades work with all non-Starlock tools.

These blades have the longest life in our oscillating tool blade offering—they’ll stay sharp 100 times longer than bimetal blades with high-speed steel teeth. With teeth made of a specialized carbide blend, even hundreds of cuts through nail-filled wood won’t dull them down. Use them to cut through wood, metal, plastic, and drywall without changing blades. They have a black oxide finish for mild corrosion resistance in dry environments. Because of their size, they’re typically used for small jobs, such as making notches in sheet metal. These blades mount to your oscillating tool at any angle, so you can avoid awkward cutting angles and reach into tight spots. Since they’re open mount, they’re compatible with all non-Starlock tools.

The teeth on these blades are shaped to cut wood without leaving burn marks. They’re great for small jobs, from straight and plunge cuts in tight spaces to curved cuts for custom designs. Mount them to your oscillating tool at any angle to avoid awkward cutting angles and to reach into tight spots.

Curved blades have a slightly curved edge, so you can make plunge cuts without having to angle your tool like you would with a straight-edge blade. They make cleaner cuts with less tool vibration. Half-round blades are shaped for more controlled cutting than our other blades, so they’re the best choice for curved, detailed cuts.

Blades with hardened teeth last five times longer than standard bimetal blades. These blades have a coating that limits heat buildup, so they don’t dull easily or get gummed up with sawdust.

Open-mount blades work with all non-Starlock tools. Starlock-mount blades work with Starlock-compatible tools.