Foredom Sanding Band Ao 1/4 X 1/2 320 Grit Each

Description:

The Sanding Band AO 1/4" x 1/2" 320 Grit (Each) is designed for extremely fine finishing applications in dental laboratories and clinical prosthetic workflows. Featuring high-quality aluminum oxide abrasive, this ultra-fine grit sanding band is ideal for achieving refined, smooth surfaces on acrylic dentures, splints, aligner edges, provisional crowns, and various resin-based appliances. At 320 grit, this band provides one of the highest levels of precision available before engaging in final polishing procedures. It effectively removes micro-scratches left by coarser abrasives, producing a refined surface that requires minimal polishing compound to achieve a natural-looking shine. This grit level is especially beneficial for high-esthetics restorations and appliances where surface smoothness affects comfort, functionality, and long-term wear resistance. The compact 1/4" x 1/2" profile allows precise access to detailed regions such as embrasures, cervical margins, interdental contours, and appliance edges that demand careful refinement. It mounts securely onto standard dental mandrels compatible with 2.35 mm shanks, enabling effortless use with common laboratory and chairside handpieces. Sold individually, this sanding band is ideal for selective or low-volume finishing tasks where precision is prioritized over bulk supply. It supports practitioners who occasionally require ultra-fine refinement before polishing, making it a cost-efficient option for specialty adjustments or finishing delicate prosthetic components. The band is manufactured with consistent abrasive uniformity to ensure predictable performance. Its strong bonding resists premature wear, ensuring that even delicate procedures can be completed with confidence and stability. Whether perfecting a denture border, smoothing a retainer edge for patient comfort, or refining a temporary crown prior to polishing, this 320-grit sanding band delivers exceptional control, smoothness, and surface quality.