G/557 (2057) Metal Cutting Gold Carbide Burs – Flat-End Fissure

The G/557 (2057) Metal Cutting Gold Carbide Burs are precision rotary instruments developed for controlled metal reduction, shaping, and surface adjustment in professional dental laboratory applications. The flat-end fissure profile provides a broad, defined cutting area for working on metal surfaces that require accurate reduction and contour refinement. With durable carbide construction and a gold finish, these burs are designed to provide dependable performance during detailed rotary metalworking procedures.

Key Features

• Flat-end fissure design for controlled metal reduction and shaping

• Durable carbide construction for efficient material removal

• Gold finish provides a distinctive professional appearance

• Broad cutting profile supports accurate surface adjustment

• Suitable for refining flat and defined metal areas

• Designed for detailed framework and component modifications

• Provides dependable rotary cutting performance

• Compatible with appropriate rotary tools and handpieces

Applications

• Metal framework adjustment

• Controlled metal reduction

• Dental laboratory metalworking

• Shaping flat and defined metal surfaces

• Removing excess material from metal components

• Surface refinement and contour adjustment

• Detailed rotary finishing procedures

Product Specifications

Advantages

• Flat-end fissure profile provides a defined working surface for metal adjustment

• Supports controlled reduction and shaping of selected metal areas

• Carbide construction provides dependable cutting efficiency

• Helps refine flat surfaces and framework contours

• Suitable for detailed dental laboratory metalworking

• Gold finish offers clear visual distinction

• Supports consistent rotary performance during professional procedures

The G/557 (2057) Metal Cutting Gold Carbide Burs deliver controlled and reliable cutting performance for metal reduction, shaping, and surface refinement, helping dental laboratory professionals achieve accurate adjustments and well-defined metal contours.