Carbide Burs

Carbide Burs

Carbide burs designed to adapt to your clinical needs

High Performance

Strength and stability for demanding dental procedures

Carbide Burs stand out for their powerful cutting ability and exceptional mechanical resistance. Manufactured with solid carbide using advanced machining techniques, they deliver reliable performance in restorative, surgical, and finishing procedures.

Wide Range of Models

Carbide Burs: versatility and control in every step

FG – High-speed Carbide Burs offer efficient cutting performance for complex techniques, while CA – Low-speed Carbide Burs provide control and stability for everyday clinical procedures. Multilaminated Carbide Burs, available with 12 or 30 blades, ensure refined finishing, and Special Carbide Burs deliver enhanced durability and cutting power across a wide range of treatments.

Carbide burs provide controlled cutting and smooth operation

Built from high-density carbide combined with a robust stainless-steel shank, these burs offer excellent edge retention, reduced vibration, and consistent cutting throughout their lifespan. Their geometry allows efficient removal of hard structures, precise contouring, and refined finishing with minimal effort. Carbide Burs support professionals who seek accuracy, stability, and predictable results in daily clinical practice—ensuring safer procedures, smoother operation, and greater durability compared to conventional rotary instruments.

Precise cutting

Carbide burs ensure efficient tissue removal, smooth surgical performance, and controlled reduction of composites or metal with minimal risk to enamel.

Corrosion resistance

Made from surgical stainless steel, carbide burs resist wear and corrosion, allowing safe autoclaving and consistent durability in repeated clinical use.

High-strength carbide

Ultra-resistant tungsten carbide delivers superior durability, maintaining sharp cutting edges and stable performance even under demanding clinical conditions.

Micrometric accuracy

Their precise cutting design gives clinicians stable control in detailed procedures, with FG and CA formats adapting to both high- and low-speed techniques.

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