Hougen 12274 2-5/16x22 x 2x22 Rotabroach Annular Cutter

Description

Thrust required is 50% of smaller diameter twist drills and 10% or less for larger diameters. Rotabroach Cutters require far less horsepower than twist drills of comparable size when run at the same feed rate. As a result, cutters can be run at higher feeds with higher metal removal rates while horsepower requirements are not increased. More cutting edges at work during each revolution smooths out finishes and reduces chip loads per tooth as compared to twist drills. The alternating tooth angles equalize forces to keep the cutter path straight, even thru the deepest holes. From three to 12 teeth per cutter, depending upon diameter, helps tools last longer, even at higher feed rates. Rotabroach Cutters drill a burr-free hole by cutting around the hole and ejecting the center as a usable slug. Far less thrust is required by Rotabroach Cutters because they do not have a dead-center area like the chisel edge region of twist drills. Experience the Hougen Edge Our exclusive and patented end-tooth geometry - the Hougen-Edge, is one of the reasons Rotabroach Cutters require less thrust and improve finish and tool life. Rotabroach Cutters drill a burr-free hole by cutting around the hole and ejecting the center as a usable slug. Rotabroach Cutters require far less horsepower than twist drills of comparable size when run at the same feed rate. The geometry of Rotabroach Cutters is such that far less material is converted into chips than when using twist drills.

Key Features

• Thrust required is 50% of smaller diameter twist drills and 10% or less for larger diameters.
• Rotabroach Cutters require far less horsepower than twist drills of comparable size when run at the same feed rate.
• The geometry of Rotabroach Cutters is such that far less material is converted into chips than when using twist drills.
• Rotabroach Cutters drill a burr-free hole by cutting around the hole and ejecting the center as a usable slug.
• Far less thrust is required by Rotabroach Cutters because they do not have a dead-center area like the chisel edge region of twist drills.
• As a result, cutters can be run at higher feeds with higher metal removal rates while horsepower requirements are not increased.