Description

The Carbide Finisher, SH 132 UF, is an essential tool designed for professionals seeking precision in cosmetic restorations. With a head size of 008 mm and a head length of 3.0 mm, this finishing bur is expertly crafted to meet the needs of demanding dental applications. The design features a high-quality tungsten carbide finishing head mounted on a durable stainless steel shank, ensuring longevity and reliability in any clinical setting.

One of the standout features of the SH 132 UF is its ability to trim and finish subgingival cosmetic restorations safely while preventing damage to the subgingival tissue. This makes it an ideal choice for dental professionals who prioritize patient safety and comfort without compromising on performance.

• Variety of Blade Options: Available in three blade types—8, 16, and 30 blades—this finisher allows for customizable finishing based on specific restoration needs. The 8 blades offer rapid trimming and contouring, the 16 blades are for fine finishing, while the 30 blades are perfect for ultra-fine finishing (UF).

• High-Speed Performance: Designed to operate at a maximum speed of 450,000 RPM, the Carbide Finisher delivers efficient and effective results in a fraction of the time compared to traditional methods.

• For optimal results, the SH 132 UF is intended for use with all types of restorative materials. Whether you are working with composites, ceramics, or other materials, you can trust this finisher to provide superb finishing capabilities. It’s a perfect addition to any dental toolkit, enabling better outcomes and higher patient satisfaction.

  Moreover, each package contains three pieces, making it a cost-effective solution for dental practices. Upgrade your finishing techniques with the Carbide Finisher, SH 132 UF, and experience the combination of efficiency, precision, and quality. Your patients will appreciate the meticulous attention to their cosmetic restorations, and you will appreciate the ease of use and the outstanding results this finisher provides.