Image may not accurately represent item color or size. Please order based on item name and description.
Why Choose Insync for your Dental Supplies?
-
Helpful Customer Service
-
15 day money back guarantee
-
Huge savings on retail prices
-
Thousands of products available
Foredom Carbide Bur-Cross Cut Oval 2.35 Mm Thick 2.35mm
Each
Order regularly? Try Auto Order feature and let Insync Dental take care of your orders effortlessly for you!
Product Details
Description:
Carbide bur-cross cut oval 2.35 mm thick 2.35mm is a durable and high-performance rotary instrument designed for rapid shaping, reduction, and contouring of a wide variety of dental materials. The oval shape provides smooth access to anatomical forms, allowing efficient refinement of convex surfaces found in crowns, bridges, prosthetics, and orthodontic appliances. The cross-cut flute structure significantly increases cutting aggressiveness, making the bur ideal for bulk material removal while still maintaining operational stability. Its enhanced debris clearance prevents clogging, allowing continuous cutting with minimal interruption. Manufactured from high-strength tungsten carbide, the bur withstands intense workloads and maintains consistent sharpness across repeated uses. The carbide bur-cross cut oval 2.35 mm thick 2.35mm is highly effective when trimming acrylic dentures, modifying composite restorations, adjusting metal frameworks, or contouring ceramic surfaces. Dental technicians rely on it for shaping wax patterns, finishing removable prostheses, and achieving accurate morphology in prosthetic restorations. The 2.35 mm shank ensures secure attachment to dental micromotors and contra-angle handpieces, offering smooth rotational performance and excellent control. The cross-cut design reduces vibration and ensures steady operation, supporting both precision work and heavy-duty trimming. This bur is an indispensable tool for dental professionals requiring fast, efficient shaping without sacrificing quality. With superior cutting power and durability, it enhances workflow efficiency across clinical, restorative, and laboratory applications.
Customer Reviews (0)