$72.61

• Flexible backing helping smooth surface contour
• Color coding supporting quick grit selection
• Single use style improving infection control
• Coarse and medium aiding staged finishing
• Quantity: 80 discs, 12.6 mm size per pack

The Axis Dental OptiDisc Refills 12.6mm C/M 80/Pk provide clinicians with a reliable two grit finishing and polishing system designed to refine composite surfaces and support smooth, predictable contouring during restorative procedures. These 12.6 mm discs offer broad coverage that helps clinicians shape facial and occlusal surfaces efficiently while still allowing precise edge work along margins and line angles.

The combination of coarse and medium grits gives flexibility when transitioning from initial contour reduction to refined smoothing, helping clinicians build natural anatomy with control. Their lightweight, flexible backing allows the disc to adapt to curved surfaces without gouging or creating flat spots, improving the overall surface quality of composite restorations. The color coded system supports fast grit identification during multi step finishing sequences, reducing chairside interruptions and improving workflow efficiency.

Because the discs are single use, they support strong infection control protocols while delivering fresh, consistent abrasiveness for each patient. If you are thinking about what the Axis Dental OptiDisc Refills 12.6mm C/M 80/Pk are used for, it is the best Axis Dental OptiDisc Refills 12.6mm C/M 80/Pk for clinicians seeking a dependable finishing solution that blends smooth polishing with predictable shaping control. Many practitioners appreciate how the discs contour naturally around the tooth, especially when refining interproximal embrasures or sculpting broad facial surfaces.

Their durable abrasive layer maintains even cutting action throughout use, supporting polished restorations that blend seamlessly with surrounding enamel. It is also the best Axis Dental OptiDisc Refills 12.6mm C/M 80/Pk for achieving controlled contouring, consistent surface refinement, and efficient polishing stages in composite finishing workflows.