1700 Metal Cutting Gold Carbide Burs – Tapered Dome-End Criss-Cross Cut Shaped

The 1700 Metal Cutting Gold Carbide Burs are precision rotary burs designed for controlled metal reduction, shaping, and contour refinement in professional dental laboratory applications. Their tapered dome-end profile provides a versatile working shape for reaching contoured areas and adjusting metal surfaces, while the criss-cross cut pattern supports efficient material removal. Durable carbide construction delivers dependable cutting performance, and the gold finish provides a distinctive professional appearance.

Key Features

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

• Criss-cross cut pattern for efficient material removal

• Carbide construction supports reliable rotary cutting performance

• Gold finish provides a distinctive professional appearance

• Designed for controlled reduction of metal surfaces

• Supports detailed adjustment of metal frameworks and components

• Suitable for precision dental laboratory metalworking

• Compatible with appropriate rotary tools and handpieces

Applications

• Dental laboratory metalworking

• Metal framework shaping and adjustment

• Controlled metal reduction

• Contouring tapered and curved metal surfaces

• Removal of excess metal material

• Refining detailed framework areas

• Precision rotary cutting and finishing procedures

Product Specifications

Advantages

• Tapered dome-end design supports controlled work on contoured metal areas

• Criss-cross cut pattern promotes efficient cutting and material removal

• Carbide construction provides dependable performance during rotary procedures

• Helps refine curved, tapered, and detailed metal surfaces

• Supports accurate framework adjustment and contouring

• Gold finish provides clear visual identification

• Suitable for professional dental laboratory metalworking

The 1700 Metal Cutting Gold Carbide Burs provide controlled and efficient performance for metal cutting, reduction, shaping, and contouring, helping dental laboratory professionals make accurate adjustments and achieve refined metal surfaces during detailed rotary work.