Foredom Sanding Band Ao 1/2 X 1/2 220 Grit 10-Pk

Description:

Sanding Band AO 1/2" x 1/2" 220 Grit is an ultra-fine finishing tool engineered for precision surface refinement in dental laboratories. Manufactured using high-quality aluminum oxide abrasive, this band provides controlled micro-abrasion ideal for preparing dental materials for polishing. Its 220-grit rating places it in the ultra-fine category, making it especially useful for final contour smoothing, eliminating micro-scratches, and producing surfaces ready for high-gloss polishing. This sanding band is particularly valuable in the finishing stages of acrylic dentures, complete and partial denture bases, orthodontic retainers, splints, custom trays, and provisional restorations. It gently reduces shallow imperfections and surface inconsistencies without causing gouges or altering critical anatomical details. The 1/2" diameter ensures broad surface coverage, while the 1/2" length provides extra stability during finishing procedures. Technicians appreciate the band�s ability to produce a uniform matte finish, which significantly improves the outcome of subsequent polishing steps using pumice, compounds, or polishing brushes. Its fine abrasive structure makes detailed finishing more controlled, especially near margins, frenal notches, lingual flanges, and aesthetic anterior surfaces. The aluminum oxide material ensures durability and consistent cutting quality throughout extended use. This reliability helps maintain workflow efficiency in high-volume dental settings, reducing downtime caused by frequently changing worn abrasive bands. Compatible with standard 1/2" mandrels, the band fits securely on laboratory handpieces. The 10-pack ensures an adequate supply for routine prosthetic finishing, allowing technicians to maintain consistent results across multiple cases. Overall, the Sanding Band AO 220 Grit 1/2" x 1/2" is an indispensable tool for fine finishing, ensuring restorations achieve smooth, uniform, and polish-ready surfaces that meet high aesthetic and functional standards.