Performs with precision and efficiency Guarantees exceptional results Ensures instrument longevity Reliable to utilize Operative Tungsten Carbide Bur offers an impressive fine-grain substance with high density, a functional and stable design, and excellent concentricity for precise, rapid-cutting toothing. Carbide cuts and chips away at teeth structures instead of grinding, unlike diamonds, to produce a smoother, spotless finish. Its material is three times harder than steel for sharpness maintenance and extended service life. Available in various shank types, shapes, and sizes to accommodate multiple clinical applications.

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Performs with precision and efficiency Guarantees exceptional results Ensures instrument longevity Reliable to utilize Operative Tungsten Carbide Bur offers an impressive fine-grain substance with high density, a functional and stable design, and excellent concentricity for precise, rapid-cutting toothing. Carbide cuts and chips away at teeth structures instead of grinding, unlike diamonds, to produce a smoother, spotless finish. Its material is three times harder than steel for sharpness maintenance and extended service life. Available in various shank types, shapes, and sizes to accommodate multiple clinical applications.

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Performs with precision and efficiency Guarantees exceptional results Ensures instrument longevity Reliable to utilize Operative Tungsten Carbide Bur offers an impressive fine-grain substance with high density, a functional and stable design, and excellent concentricity for precise, rapid-cutting toothing. Carbide cuts and chips away at teeth structures instead of grinding, unlike diamonds, to produce a smoother, spotless finish. Its material is three times harder than steel for sharpness maintenance and extended service life. Available in various shank types, shapes, and sizes to accommodate multiple clinical applications.

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Used in direct and indirect restorations Cuts with superior accuracy and ease Relatively chatter-free Built from medical-grade, long-lasting tungsten carbide Operative Carbide Burs are durable tungsten-carbide instruments that offer superior versatility and cutting efficiency, producing high-quality dental restorations without much complexity. These six-fluted carbides are for direct and indirect restorative procedures for various dental materials, from composites to zirconia. Operative Carbide Burs generate minimal chatter for smoother performance and are available in unique shapes for specific functions. Dentists may utilize amalgam-prep-type burs for the conservative preparation of slightly large anterior, occlusal cavities.

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Designed for cavity preparation on converging walls Creates round internal angles Friction grip shank suitable for high-speed handpiece Autoclavable up to 134??C/273??F Operative Tungsten Carbide burs are made from high-density, fine-grain carbides designed to provide optimal concentricity that results in a quicker and more precise cutting. The bur's concentricity is essential to ensure a rational alignment and consistent contact between the cutting edge and the cutting surface. The burs pride an exceptionally stable and functional construction that guarantees long service life with their patented welding process between the carbide head and the surgical-grade stainless steel shank, therefore reducing the risk of breakage. The Pear-Ended burs are ideally used for preparing converging walls and producing undercuts and circular interior line angles. They are also ideal for creating entry points and for splitting the roots of smaller teeth. The head of the burs, measuring 0.9 mm in diameter, is welded to a Friction Grip Shank (FG) suitable for high-speed handpieces, delivering quick and efficient trimming without heat and pressure. They are fully sterilizable and autoclavable by 121??C/250??F for at least 20 minutes or by 134??C/273??F for at least 5 minutes.

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Used for acrylic, stone, and metal restorations Color-coded for particular trimming or smoothing purposes Prevents clogging Reduces unwanted vibration during use NTI Universal Cutters are restorative burs engineered for acrylic, metal, and stone. They trim precious, semi-precious, non-precious alloys, chrome cobalt, including medium-dry finishing of resins, dentures, and plaster die models. The ground tungsten carbide blades and stainless steel shanks ensure smoother and optimal cutting performance without clogging or chattering. NTI cutters are color-coded to fit specific dental restoration needs.

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Uniform diamond arrangement maximizes diamond exposure Designed for reduced wear and tear Uses extremely low vibration Applies less heat for optimum performance NTI Diamond Burs utilize the Unimatrix Bonding process to fabricate, contour, and shape dental restorative materials. The uniform diamond positioning allows for more diamond surface exposure on the bur tip and edges, preventing clogging for outstanding cutting performance. Each bur guarantees reduced wear and tear on the handpiece turbine and friction grip standard shank. NTI Diamond Burs come individually packed for safety and convenience. Available in various grits, sizes, and shapes.

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Uniform diamond arrangement maximizes diamond exposure Designed for reduced wear and tear Uses extremely low vibration Applies less heat for optimum performance NTI Diamond Burs utilize the Unimatrix Bonding process to fabricate, contour, and shape dental restorative materials. The uniform diamond positioning allows for more diamond surface exposure on the bur tip and edges, preventing clogging for outstanding cutting performance. Each bur guarantees reduced wear and tear on the handpiece turbine and friction grip standard shank. NTI Diamond Burs come individually packed for safety and convenience. Available in various grits, sizes, and shapes.

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Consistent diamond coating for maximized contact Designed for reduced wear and tear Generates less heat for optimum performance Extremely low vibration NTI Diamond Bur utilizes the Unimatrix Bonding process to fabricate, contour, and shape dental restorative materials. The uniform diamond positioning enables more diamond surface exposure on the bur tip and edges, preventing clogging and ensuring outstanding cutting performance. Each bur features a friction grip (FG) shank and guarantees reduced wear and tear on the handpiece turbine. NTI Diamond Bur comes individually packed for safety and convenience. Available in various grits, sizes, and shapes.

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Consistent diamond coating for maximized contact Designed for reduced wear and tear Generates less heat for optimum performance Extremely low vibration NTI Diamond Bur utilizes the Unimatrix Bonding process to fabricate, contour, and shape dental restorative materials. The uniform diamond positioning enables more diamond surface exposure on the bur tip and edges, preventing clogging and ensuring outstanding cutting performance. Each bur features a friction grip (FG) shank and guarantees reduced wear and tear on the handpiece turbine. NTI Diamond Bur comes individually packed for safety and convenience. Available in various grits, sizes, and shapes.

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