Beautifil II Nano-Hybrid Composite Syringe – Shofu

Specification:

• Manufacturer Code:
  • A2: 1402
• Brand: Beautifil II
• Type: Light-Cure Nano-Hybrid Universal Composite
• Technology: S-PRG (Surface Pre-Reacted Glass Ionomer)
• Curing: Light-Cure
• Packaging: 4.5g Syringe
• Usage: All Classes of Direct Restorations

Beautifil II is a fluoride-releasing nano-hybrid composite engineered with Shofu's S-PRG technology for superior esthetics and long-term restorative performance. Sustained fluoride release and recharge capability provide added caries protection, while exceptional color match, luster retention, and enamel-like hardness ensure seamless, durable restorations across all classes. Clinically validated to produce zero post-operative sensitivity and outstanding long-term esthetic results.

Key Features:

• S-PRG Fluoride Technology: Shofu's Surface Pre-Reacted Glass Ionomer filler enables continuous fluoride release and fluoride recharge, offering preventive benefits particularly valuable for patients with elevated caries risk.
• No Post-Operative Sensitivity: Clinical performance eliminates the post-operative sensitivity commonly associated with composite restorations, improving patient comfort outcomes.
• High Color Match and Luster Retention: Advanced optical properties deliver natural-looking esthetics that maintain surface gloss and blend seamlessly with surrounding dentition over time.
• Enamel-Like Surface Hardness: The nano-hybrid formulation provides wear resistance and durability comparable to natural enamel, supporting long-lasting restorative integrity.
• Excellent Fluorescence: Light-diversifying optical properties and natural fluorescence closely replicate the visual behavior of natural tooth structure for lifelike esthetic integration.
• High Radiopacity: Clear radiographic visibility allows for straightforward post-operative evaluation and reliable differentiation from adjacent tooth structure.
• 4.5g Syringe Delivery: The syringe format allows precise, controlled dispensing directly into the preparation, supporting accurate placement and minimizing material waste across multiple restorative procedures.