Crown and Bridge Dental Bur Collection

The Crown and Bridge Dental Bur Collection is specifically developed for modern fixed prosthodontics, giving clinicians the speed, control, and versatility required for accurate tooth preparation while preserving as much healthy tooth structure as possible.

Optimized Shapes for Every Stage

• Depth-cutting and depth-orienting burs for controlled, uniform reduction
• Tapered chamfer and shoulder diamonds for precise margin definition — ideal for metal-ceramic, all-ceramic, and zirconia crowns
• Round-end tapered and football-shaped burs for occlusal and lingual reduction
• Flame-shaped and needle diamonds for interproximal slicing and margin finishing
• Finishing burs for ultra-smooth surfaces and excellent marginal adaptation

Material & Grit Excellence

• High-quality diamond burs available in coarse grit for rapid bulk reduction, medium for controlled shaping, and fine/extra-fine for margin refinement and pre-polishing
• Tungsten carbide finishing burs for smooth, chatter-free contouring and removal of old restorations

Clinical Advantages

• Reduced vibration and heat generation for patient comfort and pulp protection
• Excellent visibility and debris evacuation during preparation
• Designed for high-speed handpieces (FG shank) with superior durability and cutting efficiency
• Supports all restorative materials: PFM, zirconia, lithium disilicate, gold, and more

This Crown and Bridge Dental Bur Collection equips you with the right instrument for every procedural step — from initial depth cuts to final margin refinement and surface finishing. The result is precise preparations, accurate impressions, and beautifully fitting crowns and bridges achieved with greater efficiency and clinical confidence.

Whether you are working with a single unit or a multi-unit bridge, the Crown and Bridge Dental Bur Collection supports consistent outcomes across all major restorative materials and preparation designs. Every bur in this collection is engineered to minimize chair time while maximizing precision at the margin.