$81.34

• A3 shade supports consistent restorative matching
• S-PRG technology releases and recharges fluoride
• Universal viscosity supports sculptable handling
• 0.25 g compule tips support controlled placement
• Designed for anterior and posterior restorations
• Quantity: 20 per Pack

Shofu Dental Beautifil II, Light-Cure, Compule Tips Refill, Universal Viscosity, A3, 0.25g is used for direct anterior and posterior restorations that require a universal giomer composite with controlled handling, reliable A3 shade reproduction, and fluoride release and recharge capability. Beautifil II is intended for all classes of direct restorations and combines light-cure polymerization with S-PRG filler technology, and the A3 shade provides a defined option within the established A-D shade range for cases requiring a deeper, warmer restorative tone than lighter A shades. Each pack contains 20 compule tips at 0.25g each in A3 shade.

Dental offices ordering universal giomer composite from their supplier can buy this A3 compule refill to distinguish it from the A1 and A2 compule configurations, since the pre-dosed tips are designed for use with a compatible applicator, allowing controlled delivery into the preparation while maintaining the same nano-hybrid composite structure and universal viscosity across the Beautifil II shade range. Beautifil II uses S-PRG, or Surface Pre-Reacted Glass Ionomer, filler technology within a resin composite matrix. This giomer technology enables the material to release fluoride and recharge after exposure to fluoride sources while retaining the esthetic and handling properties expected from a universal composite. The nano-hybrid formulation also supports natural fluorescence, light-diversifying optical behavior, high radiopacity, and enamel-like surface hardness after finishing and polishing, and the A3 shade is designed for consistent color reproduction through polymerization, while the compule delivery format supplies a measured amount of material for direct placement and anatomical sculpting before light curing, supporting predictable restorative layering across anterior and posterior direct restorations.