$80.50

• A1 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, A1, 0.25g is used for direct anterior and posterior restorations that require a universal nano-hybrid giomer composite with controlled handling, reliable shade matching, and fluoride release and recharge capability. The A1 shade provides a defined option for restorative cases planned within the established A-D shade range, and Beautifil II is designed for all classes of direct restorations, combining light-cure polymerization with S-PRG filler technology. Each pack contains 20 compule tips at 0.25g each in A1 shade.

Dental offices ordering universal giomer composite from their supplier can buy this pre-dosed compule format for controlled delivery into the preparation using a compatible compule applicator, distinguishing this configuration from syringe-based Beautifil II refills while maintaining the same nano-hybrid filler technology, universal viscosity, and light-cure chemistry. Beautifil II uses S-PRG, or Surface Pre-Reacted Glass Ionomer, filler technology within a resin composite matrix. This giomer technology allows the restorative material to release fluoride and recharge after exposure to fluoride sources while retaining the sculptable handling and esthetic 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 A1 shade is designed to maintain consistent color through polymerization, while the compule delivery format provides a measured amount of material for direct placement and anatomical contouring before light curing across a wide range of anterior and posterior direct restorative procedures.