Foredom 3/4'' Radial Bristle Disc Lt Green 1 M 14000 Grit 6-Pk

Description:

3/4'' Radial Bristle Disc Lt Green 1M 14000 Grit is designed for dental professionals who demand the highest level of finishing precision. With an exceptionally fine 14000-grit abrasive rating, this disc is dedicated to the final polishing stage, where the goal is to achieve a flawless, enamel-like shine on restorations. The disc features ultra-fine abrasive particles embedded throughout its flexible bristles, providing uniform polishing action that lasts throughout its working life. This allows clinicians and technicians to produce mirror-smooth finishes on composite restorations, zirconia crowns, porcelain veneers, acrylic appliances, and provisional materials. Its performance is especially beneficial in cosmetic dentistry, where optical quality and surface gloss significantly influence aesthetic outcomes. The radial bristle configuration enables gentle, consistent polishing without damaging micro-anatomy. Each filament flexes to follow cusps, grooves, interproximal surfaces, and delicate marginal details. This ensures that natural contours and fine textures remain intact�an essential factor for achieving lifelike restorations. Because the polishing action is extremely fine, the disc operates with minimal heat generation, preventing thermal stress on ceramics and protecting composite integrity. Clinicians appreciate its smooth, predictable performance during finishing appointments, especially when refining anterior esthetic restorations where precision is critical. Laboratory technicians use the Lt Green 14000 Grit disc to complete high-shine finishes on veneers prior to glazing, enhance denture acrylic luster, and refine implant and orthodontic appliances. The 3/4'' diameter provides excellent maneuverability, ensuring effective polishing even in tight spaces. Supplied in a six-pack, the disc offers durability, efficiency, and long-lasting polishing quality. It is an indispensable tool for achieving final gloss and delivering restorations that meet the highest standards of esthetics and surface smoothness.