Cuts through hard and tough dental materials Exceptional neck strength lessens breakage risks Innovative blade design allows for fast and flawless cutting Less chatter during operation The Great White Gold Series is a collection of modern carbide burs engineered to cut much faster and smoother than straight and dentated burs. The outstanding neck durability eliminates breakage concerns. These burs do not catch, grab, and stall, resulting in convenient crown removal and cutting. The Great White Gold Series burs offer exceptional efficiency in cutting through hard materials like metal, composite, and porcelain. The Friction Grip (FG) shank, with a diameter of 1.60 mm and an overall length of 19 mm, is used in high-speed handpieces and is often the major operative bur.

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Ideal for making and extending entry points for endodontic preparations Creates round internal angles Friction grip shank suitable for high-speed handpiece Autoclavable up to 121?C/250?F Operative Carbide Bur offers precision and efficiency when preparing cavities for restoration and trimming various dental materials. It guarantees maximum strength and durability with their tungsten carbide and high-quality steel construction combined through a specialized process involving heat treatment and welding operations. The Round-Ended bur is ideal for initial cavity preparation, drilling and excavation, and creating and enlarging access points precisely. It is also functional in establishing initial depth marks in preparation for dental prosthetics. The round shape makes the bur usable at any angle, and the variety of smaller head diameters is perfect for more minute preparations. The bur features a 19 mm Friction Grip Shank (FG) suitable for high-speed handpieces, delivering quick and efficient trimming without heat and pressure. The bur is autoclavable by 121?C/250?F for 20 minutes.

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Intricate design for maximum cutting action Tungsten carbide composition for durability Corrosion-resistant for extended instrument life Used for multiple dental restorations Surgical Carbide Burs carry great intricacy in blade design, flute depth, rake angle, and spiral angulation combined with a tungsten carbide component to guarantee powerful cutting performance. The high-quality construction has excellent corrosion resistance that helps withstand various sterilization processes for enhanced strength and instrument life.

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Diamond coating for efficient enamel and dentin removal Tapered tip for precise cavity access Strong cylindrical shank for deep preparations Inverted double cone shape enhances visibility and control House Brand Diamonds Inverted Double Cone Burs are engineered with a diamond coating to expedite the removal of enamel and dentin efficiently. The tapered tip is meticulously designed to ensure precise access and shaping of cavities.Its cylindrical shank is robust, providing the necessary strength for deep dental preparations.

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Uses P.B.S bonding for faster and long-term cuts With diamond crystals in uniform matrix Used to grind down tooth surfaces for restoration Guaranteed not to strip or peel Two Striper Diamond Burs employ phosphate-buffered saline (P.B.S.) diamond bonding that facilitates fast and long-term cutting. P.B.S bonding works by optimizing diamond cutting surfaces that see most cutting, such as the tips and circumference. The surgical-grade stainless-steel shank has permanently fused crystals evenly and accurately positioned in a uniform matrix. Compared to synthetic or electroplated burs, Two-Striper Burs have more corners and angles and use natural, virgin diamond crystals. Diamond Burs are guaranteed not to strip or peel when used by dentists to prepare the tooth for restorations through tooth surface grinding.

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Measures:2.35 mm shank fits slow-speed latch handpieces Round head is ideal for controlled caries excavation Durable carbide steel cuts smoothly at slow speeds Precision ensures optimal concentricity and less vibration Quantity: Supplied 10 bur per pack The Quala La6 Latch Round Burs are high-quality rotating instruments specifically utilized in slow-speed applications for precise initial entry, controlled caries excavation, and conservative cavity preparation in various restorative procedures. These burs feature the standardized latch-type shank, confirming a 2.35 mm diameter suitable for secure engagement in right-angle (RA) or slow-speed handpieces.The round head geometry is essential for safe and efficient removal of soft, infected dentin, creating necessary internal angles, and initiating the precise opening of the pulpal chamber floor during endodontic access. If you are searching for the best latch round bur then selecting an instrument that offers exceptional tactile feedback and maximal resistance to breakage during controlled excavation is best for you. These burs are typically manufactured from durable carbide steel, engineered to deliver a smooth, consistent cutting action at lower rotational speeds, which significantly minimizes vibration and preserves adjacent sound tooth structure.The inherent control afforded by slow-speed application is crucial when working near the pulp or defining delicate undercut areas for retention in various restoration types. By utilizing the best La6 Latch Round Bur 10/Pk, clinicians can optimize efficiency and safety in caries management and initial access procedures. Each pack contains 10 burs, providing a reliable, ready-to-use inventory of instruments for high-volume general dentistry practices.Their precision manufacturing ensures optimal concentricity, reducing undue stress on the handpiece and enhancing the patient experience. These instruments are solely for professional dental use.

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Designed to cut amalgam, enamel, and dentin One-piece construction eliminates joint breakage No stalling or clogging cutting action Long-lasting instrument life Use Alpen Carbide Operative and Surgical Burs for fast and long-lasting cutting action on amalgam, porcelain, dentin, and enamel. The single-piece construction eliminates the risk of fused joint breakage and rusting for smooth cutting without clogging or stalling, significantly reducing preparation time. These rotary instruments feature a friction grip short shank and specific tip design to fit procedure needs.

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