Solid Carbide Cylindrical Shape Burs are designed for deburring and speed milling straight edges and plain surfaces on tough metals. They are also used for finishing abrasive materials and general purpose chamfering. These burs are also known as SA Solid Carbide Cylindrical Shape Burs or simply as SA Burs.

Solid Carbide Cylindrical Shape End Cut Burs are designed for both end and side cutting. They are used for deburring and finishing flat bottom holes and slots. These burs are also known as SB Solid Carbide Cylindrical Shape End Cut Burs or simply as SB Burs.

Solid Carbide Cylindrical Shape Radius End Burs are designed for deburring inside areas with a shouldered radius or for round bottom holes, convex slots, and other curved surfaces. They can also be used to prepare metal edges for welding fabrications. These burs are also known as SC Solid Carbide Cylindrical Shape Radius End Burs, Solid Carbide Bull Nose Cylindrical Shape Burs, or simply as SC Burs.

Solid Carbide Ball Shaped Burs are designed for deburring round bottom holes, convex slots, and curved metal and material surfaces. They are also used to enlarge or elongate small holes to dress hard fillet welds. These burs are also known as SD Solid Carbide Ball Shaped Burs or simply as SD Burs.

Solid Carbide Oval Shape Burs are designed for deburring and finishing curved surfaces in steel dies, forgings, castings, and metal patterns. They are used for dressing hard fillet welds. These burs are also known as SE Solid Carbide Oval Shaped Burs or simply as SE Burs.

Solid Carbide Tree Shape Radius End Burs are designed for deburring and finishing deep contoured surfaces in steel dies, molds, and metal patterns. They are also used for repairing slug damaged spots on dies. These burs are also known as SF Solid Carbide Tree Shape Radius End Burs or simply as SF Burs.

Solid Carbide Tree Shape Pointed End Burs are designed for deburring and finishing the curved top inside wall of steel dies, castings, forgings, or metal patterns. They are also used to repair slug damaged spots on dies. These burs are also known as SG Solid Carbide Tree Shape Pointed End Burs or simply as SG burs.

Solid Carbide Flame Shape Burs are designed for deburring and finishing elliptic surfaces in steel dies, forgings, castings, and metal patterns. These burs are also known as SH Solid Carbide Flame Shape Burs or simply as SH Burs.

Solid Carbide 60 Degree Cone Shaped Burs are designed with a 60 degree cone shape for deburring, enlarging, or chamfering countersink bolt holes, repairing damaged 60 degree threads, V-grooves, and other angular metal and material surfaces. They can also be used to prepare metal edges for welding fabrication. These burs are also known as SJ Solid Carbide 60 Degree Cone Shaped Burs or simply as SJ Burs.

Solid Carbide 90 Degree Cone Shaped Burs are designed with a 90 degree cone shape for deburring, enlarging, or chamfering countersink bolt holes, V-grooves, and other angular metal and material surfaces. These burs are also known as SK Solid Carbide 90 Degree Cone Shaped Burs or simply as SK Burs.

Solid Carbide 14 Degree Taper Radius End Burs are designed with a ball nose and 14 degree taper for deburring and removing scale in steel die and mold cavities. These burs are also known as SL Solid Carbide 14 Degree Taper Shape Radius End Burs or simply as SL Burs.

Solid Carbide Cone Shaped Burs are designed for deburring gear teeth, heat exchanger fan blades, inside bevel edges, and internal pipe edges. These burs are also known as SM Solid Carbide Cone Shaped Burs or simply as SM Burs.

Solid Carbide Inverted Cone Shape Burs are designed for deburring and finishing dovetail slots, gib blocks, and other inverted angular metal and material surfaces. These burs are also known as SN Solid Carbide Flame Shape Burs or simply as SN Burs.

Solid Carbide NF Burs are designed with a milling relief style of flute grind for fast stock removal and easy chip flow with minimum loading. For use on non-ferrous metals, aluminum, reinforced plastics, and other soft, sticky materials. Zirconium Nitride Coated Solid Carbide NF Burs are the ideal choice for maximizing bur life in long production runs, especially aluminum. As an investment, they cost about 14% more, and produce an average 300% improvement over uncoated tools when machining above materials.