Foredom Aluminum Oxide Mounted Point Red 3/32

Description:

The Aluminum Oxide Mounted Point Red 3/32" is a high-precision finishing and polishing tool widely used across dental laboratories and clinical restorative settings. Engineered from high-quality aluminum oxide abrasive material, this mounted point provides consistent performance, excellent durability, and reliable cutting action on a wide range of dental materials. Its red color designation indicates a fine abrasive level, making it particularly suited for smoothing surfaces, refining contours, and eliminating micro-roughness on ceramics, metal frameworks, composite resins, and acrylic appliances. The fine grit structure ensures gentle abrasion that preserves anatomical details while achieving a smooth, satin-like finish that prepares the restoration for final polishing. The 3/32" shank size offers universal compatibility with most dental handpieces and micromotors, providing stable rotation and reduced vibration. This allows for controlled and effortless finishing, especially in areas requiring precision such as crown margins, occlusal surfaces, interproximal contours, and prosthetic borders. In dental laboratory applications, this mounted point is commonly used for refining ceramic restorations prior to glazing, smoothing metal frameworks for removable partial dentures, polishing acrylic dentures, and improving the surface quality of implant prosthetics. The mounted point�s shape enables technicians to reach delicate areas and maintain fine anatomical features without risk of gouging or excessive material removal. Clinically, the mounted point is valuable for smoothing composite restorations after contouring, enhancing surface luster of provisional materials, and adjusting orthodontic appliances. Its fine cutting action reduces heat generation and minimizes risk to surrounding materials or tissues. The Aluminum Oxide Mounted Point Red 3/32" is an essential tool for producing high-quality, finely finished dental restorations. Its balanced combination of precision, durability, and gentle performance makes it indispensable in both analog and digital dental workflows, contributing significantly to superior functional and aesthetic outcomes.