$20.74

• Fine green grit supports controlled polishing
• Double-sided aluminum oxide polishes both faces
• Mini 8 mm disk supports precise surface access
• Flexible disk reaches interproximal contours
• Fits compatible Super-Snap contra-angle mandrels
• Quantity: 50 per Pack

Shofu Dental Super-Snap Disk Replacements, Polishing, CA, Mini, Double-Sided Grit, Fine, Green is used for fine polishing of microfilled and hybrid composite restorations after contouring and finishing have established the desired anatomy. The green disk represents the Fine stage in the Super-Snap sequence and uses aluminum oxide abrasive on both sides to refine composite surfaces before the red Super Fine stage when additional gloss is required, and its Mini 8mm diameter provides more precise access than the 12mm standard disk on smaller facial, proximal, interproximal, and incisal areas. Each pack contains 50 disks in the Mini 8mm size, green, Fine grit, double-sided, and coated with aluminum oxide abrasive on both working surfaces.

Dental offices ordering composite polishing disks from their supplier can buy this Mini format to distinguish it from the L501 standard 12mm Fine green disk, since the smaller diameter is useful for accessing tighter restorative areas while preserving the same Fine polishing stage in the sequence. Super-Snap uses a progressive color-coded abrasive sequence for contouring, finishing, polishing, and super polishing. Black disks provide Coarse contouring, violet disks provide Medium finishing, green disks provide Fine polishing, and red disks provide Super Fine polishing. The L519 green Mini disk uses aluminum oxide grit and provides abrasive surfaces on both sides, allowing either face to be selected according to access and restoration orientation, and its ultra-thin flexible construction helps the disk follow curved composite contours and reach interproximal areas, while the absence of a metal center creates a flat polishing surface supporting a consistent progression from shape refinement toward a smoother final surface.