1171 Metal Cutting Gold Carbide Burs – Tapered Dome-End Criss-Cross Cut Shaped

The 1171 Metal Cutting Gold Carbide Burs are precision rotary burs designed for efficient metal cutting, reduction, and contouring in professional dental laboratory applications. Featuring a tapered dome-end profile with a criss-cross cut pattern, these burs provide an effective cutting surface for controlled material removal and detailed shaping. Their carbide construction supports efficient performance on suitable metal surfaces, while the gold finish provides a distinctive professional appearance.

Key Features

• Tapered dome-end profile for controlled metal shaping and contouring

• Criss-cross cut design supports efficient material removal

• Durable carbide construction for dependable cutting performance

• Gold finish provides a distinctive professional appearance

• Designed for controlled reduction of metal surfaces

• Supports detailed framework adjustment and contour refinement

• Suitable for professional dental laboratory metalworking

• Compatible with appropriate rotary tools and handpieces

Applications

• Dental laboratory metalworking

• Metal framework adjustment

• Controlled metal reduction

• Shaping and contouring tapered metal surfaces

• Removal of excess metal material

• Refining curved and contoured framework areas

• Detailed rotary cutting and finishing procedures

Product Specifications

Advantages

• Tapered dome-end shape supports controlled access and contouring

• Criss-cross cutting pattern promotes efficient material removal

• Carbide construction provides dependable cutting performance

• Helps refine curved, tapered, and contoured metal surfaces

• Supports accurate adjustment of dental laboratory frameworks

• Gold finish provides easy visual identification

• Suitable for detailed professional rotary metalworking

The 1171 Metal Cutting Gold Carbide Burs deliver efficient and controlled cutting performance for metal reduction, shaping, and contouring, helping dental laboratory professionals achieve precise adjustments and refined metal surfaces during detailed rotary procedures.