Triple Crown Carbide End Mills
Regal’s Triple Crown Carbide end mills, made from Micro and Nano grain carbide were developed for high production and extremely difficult to machine applications. Extensive research was instrumental in the design of these high performance end mills. Regal uses closely controlled grades of carbide based on the toughness of the cutting requirements combined with cutting designs validated through years of testing to achieve maximum productivity.
Triple Crown end mills are coated to withstand heat under the toughest conditions. Additionally many styles have a radius blended into the flute to minimize wear. Triple Crown is comprised of 15 different styles of end tooth and helix combinations to provide the optimal tool for difficult materials.
Two flute Triple Crown carbide end mills with AlTiN coating are primarily used to produce square bottom slots. The flutes and cutting edges are designed for a wide variety of materials. The coating adds a smooth and hard finish allowing heavier feed rates and higher speed, while producing a smooth finish to the workpiece.
Two flute Triple Crown carbide ball end mills with AlTiN coating are recommended for contouring and slotting when a full radius is preferred. The wide flutes assist in rapid chip ejection. The coating adds a smooth and hard finish allowing heavier feed rates and higher speed, while producing a smooth finish to the workpiece.
Two flute Triple Crown carbide ball end mills with AlTiN coating and extended reach are recommended for contouring and slotting when a full radius is preferred and the part requires a longer tool. The wide flutes assist in rapid chip ejection. AlTiN coating adds a smooth and hard finish allowing heavier feed rates and higher speed, while producing a smooth workpiece finish
Two flute Triple Crown carbide ball end mills with Sapphire coating and extended reach are recommended for contouring and slotting when a full radius is preferred and the part requires a longer tool. The wide flutes assist in rapid chip ejection. Sapphire coating adds a extremely smooth and very hard finish allowing heavier feed rates and higher speed, while producing an outstanding workpiece finish
Four flute Triple Crown carbide end mills with AlTiN coating are capable of producing high production rates due to a sturdy core and well designed cutting action. AlTiN coating insures smooth workpiece finish while the hard coating withstands heat and abrasion.
Four flute Triple Crown carbide end mills with AlTiN coating are capable of producing high production rates due to a sturdy core and well designed cutting action. AlTiN coating insures smooth workpiece finish while the hard coating withstands heat and abrasion. The selected corner radius eliminates chipping of the sharp corner.
Four flute Triple Crown carbide ball end mills with AlTiN coating are recommended for contouring and slotting when a full radius is preferred. The multiple flutes add cutting edges and assist in rapid chip ejection The coating adds a smooth and hard finish allowing heavier feed rates and higher speed, while producing a smooth finish to the workpiece.
Four flute Triple Crown carbide ball end mills with AlTiN coating are recommended for contouring and slotting when a full radius is preferred. The multiple flutes add cutting edges and assist in rapid chip ejection The coating adds a smooth and hard finish allowing heavier feed rates and higher speed, while producing a smooth finish to the workpiece. The extended reach assists in machining hard to get to parts.
Multiple flute Triple Crown carbide end mills with AlTiN coating are designed for high speed machining of difficult materials. The higher helix helps chip evacuation and the hard coating insures heat and abrasion resistance at high speeds.
Multiple flute Triple Crown carbide end mills with AlTiN coating are designed for high speed machining of difficult materials. The higher helix helps chip evacuation and the hard coating insures heat and abrasion resistance at high speeds. The corner radius blended into the flute insures smooth cutting and longer life.
Four flute Triple Crown carbide variable helix end mills with AlTiN coating run virtually chatter-free in difficult to machine materials. V-Mills are run at higher speed without harmonic vibration and heavier chip loads attained due to the hard coating and variable cutting action.
Four flute Triple Crown carbide variable helix end mills with AlTiN coating run virtually chatter-free in difficult to machine materials. V-Mills are run at higher speed without harmonic vibration and heavier chip loads attained due to the hard coating and variable cutting action. The radius blended into the flute eliminates corner chipping and improves tool life.
Four flute Triple Crown carbide variable helix end mills with AlTiN coating run virtually chatter-free in difficult to machine materials. V-Mills are run at higher speed without harmonic vibration and heavier chip loads attained due to the hard coating and variable cutting action. The radius blended into the flute eliminates corner chipping and improves tool life. The shank flat assists in conventional holders.
Two flute Triple Crown carbide end mills for rib processing with AlTiN coating are designed to machine materials at depths up to ten times the diameter of the mill. AlTiN coating provides heat and abrasion resistance for extended tool life.
Two flute Triple Crown carbide ball end mills for rib processing with AlTiN coating are designed to machine materials at depths up to ten times the diameter of the mill. AlTiN coating provides heat and abrasion resistance for extended tool life.