Freud Tools

Diablo® DS0609CGP3 Reciprocating Saw Blade, 6 in L, 6, 9 TPI

Diablo® DS0610CF3 Reciprocating Saw Blade, 6 in L, 10 TPI

Diablo® DS0612CF3 Reciprocating Saw Blade, 6 in L, 12 TPI

The next generation Diablo® demo demon carbide tipped reciprocating blades with new variable tooth design are specifically designed for maximum performance in nail embedded wood. This high performance carbide tipped blade delivers unmatched 50 times longer cutting life than bi-metal blades in nail embedded wood.

The Diablo® steel Demon® carbide tipped reciprocating blades are the first carbide tipped blades designed for extreme metal cutting including high strength alloys, cast iron and stainless steel. This high performance carbide tipped blade delivers unmatched 50 times longer cutting life than standard bi-metal blades in extreme thick metal cutting applications between 1/8 to 1/2 in.

Diablo® DS0909CGP3 Reciprocating Saw Blade, 9 in L, 6, 9 TPI

Diablo® DS0910CF10 Reciprocating Saw Blade, 9 in L, 10 TPI

Diablo® DS0910CF3 Reciprocating Saw Blade, 9 in L, 10 TPI

Diablo® DS1208CF3 Reciprocating Saw Blade, 12 in L, 8 TPI

Diablo® DS1209CGP3 Reciprocating Saw Blade, 12 in L, 6, 9 TPI

Freud® panel pilot bits will outlast high-speed steel bits many times before sharpening. The drill through point allows self-starting and the pilot acts as a guide for template work.

Freud® 66-100 Router Bit, Bevel Trim Router, 1/4 in Dia Cutting, 1-1/2 in OAL, 1/4 in D Cutting, 2 Flutes, 1/4 in Dia Shank, Carbide

New Precision Shear™ forstner bits feature a double ground, razor sharp serrated edge that slices throughout the rotation of the bit for less splintering and chipping, producing flawless flat-bottom holes. This unique geometric design has multiple cutting edges that produce greater shearing action, allowing for faster rotational speeds and more efficient cutting. Competitive forstner bit designs produce small chips and dust that collect in the cutting area, increasing friction and heat, thus causing the bit to dull quickly. Those designs also create holes with rough edges that require sanding. In addition Precision Shear™ forstner bits has serrated edges.

New Precision Shear™ forstner bits feature a double ground, razor sharp serrated edge that slices throughout the rotation of the bit for less splintering and chipping, producing flawless flat-bottom holes. This unique geometric design has multiple cutting edges that produce greater shearing action, allowing for faster rotational speeds and more efficient cutting. Competitive forstner bit designs produce small chips and dust that collect in the cutting area, increasing friction and heat, thus causing the bit to dull quickly. Those designs also create holes with rough edges that require sanding. In addition Precision Shear™ forstner bits has serrated edges.

New Precision Shear™ forstner bits feature a double ground, razor sharp serrated edge that slices throughout the rotation of the bit for less splintering and chipping, producing flawless flat-bottom holes. This unique geometric design has multiple cutting edges that produce greater shearing action, allowing for faster rotational speeds and more efficient cutting. Competitive forstner bit designs produce small chips and dust that collect in the cutting area, increasing friction and heat, thus causing the bit to dull quickly. Those designs also create holes with rough edges that require sanding. In addition Precision Shear™ forstner bits has serrated edges.

New Precision Shear™ forstner bits feature a double ground, razor sharp serrated edge that slices throughout the rotation of the bit for less splintering and chipping, producing flawless flat-bottom holes. This unique geometric design has multiple cutting edges that produce greater shearing action, allowing for faster rotational speeds and more efficient cutting. Competitive forstner bit designs produce small chips and dust that collect in the cutting area, increasing friction and heat, thus causing the bit to dull quickly. Those designs also create holes with rough edges that require sanding. In addition Precision Shear™ forstner bits has serrated edges.

New Precision Shear™ forstner bits feature a double ground, razor sharp serrated edge that slices throughout the rotation of the bit for less splintering and chipping, producing flawless flat-bottom holes. This unique geometric design has multiple cutting edges that produce greater shearing action, allowing for faster rotational speeds and more efficient cutting. Competitive forstner bit designs produce small chips and dust that collect in the cutting area, increasing friction and heat, thus causing the bit to dull quickly. Those designs also create holes with rough edges that require sanding. In addition Precision Shear™ forstner bits has serrated edges.