These jobbers'-length bits have the rigidity and length required for most applications.

Holes in these bits allow coolant to be run through the tool for more efficient chip evacuation. Use them in CNC machines with coolant-through technology.

These jobbers'-length bits have the rigidity and length required for most applications.

These jobbers'-length bits have the rigidity and length required for most applications.

Pair these caribide inserts with a compatible drill bit body.

For the highest accuracy and longest tool life, these solid-carbide bits are harder, stronger, and more wear resistant than high-speed steel, cobalt steel, and carbide-tipped bits.

Use these inch size cutters with magnetic-base drills.

Often used to cut hard and abrasive materials, these carbide countersinks are harder, stronger, and more wear resistant than cobalt steel and high-speed steel countersinks.

For better performance on hard and abrasive materials, the carbide countersinks in these sets are harder, stronger, and more wear resistant than high-speed steel countersinks.

Carbide is harder, stronger, and more wear resistant than high-speed steel for better performance on hard and abrasive materials.

Enlarge existing holes without changing their depth.

These saws have carbide-grit-coated teeth.

Coated with titanium aluminum nitride (TiAlN) to reduce friction and prevent material buildup when cutting fiberglass and plastic.

A blend of tungsten carbide and diamond grits on the continuous edge of these blades cuts hard, nonmetallic materials including composites and graphite.

The carbide-grit edge on these blades cuts brittle and abrasive materials including glass and fiberglass.

The edge of the blade is coated with diamond grit, which lasts longer than carbide grit.

The teeth on these blades are carbide tipped to last longer than bimetal blades.

These blades have carbide grit bonded to the edge.

The teeth on these steel blades are carbide tipped, so they'll last longer and produce a smoother cut than other band saw blades when cutting fiberglass, plastic, and composites.

The diamond grit bonded to the edge of these steel blades lasts up to 30 times longer and cuts twice as fast as carbide grit.

These end mills have a diamond or diamondlike coating for machining abrasive material, such as carbon fiber, fiberglass, and graphite.

The diamond-pattern flutes and cutting edges produce a fine finish on composite material.

The diamond tip on these tools offers superior cutting performance on nonferrous and nonmetallic materials, such as aluminum, copper, fiberglass, and plastic.