Composite Opallis DA2, Nano Hybrid Resin Syringe

FGM Opallis is a radiopaque, light-curing composite resin meticulously engineered for the direct restoration of both anterior and posterior teeth. Its formulation incorporates Schott glass fillers with an average particle size of 0.5 μm, delivering exceptional optical properties and superior mechanical strength. This ensures restorations that not only mimic the natural dentition in appearance but also offer durability and longevity.

Key Features

• Schott glass fillers: Provide high purity, fine grain size, and a refractive index close to dentin, enhancing radiopacity and esthetics.
• Excellent viscosity: Facilitates easy handling and sculpting, allowing for precise anatomical restorations.
• Opalescence and fluorescence: Mimic natural tooth characteristics, ensuring seamless integration with surrounding dentition.
• Superior polishability: Achieves a high-gloss finish with reduced surface roughness, contributing to the longevity of restorations.
• Comprehensive shade system: Offers 28 shades, including enamel, dentin, translucent, and bleach options, accommodating a wide range of esthetic requirements.

Technical Specifications

1. Filler content: Schott glass with an average particle size of 0.5 μm.
2. Available shades: 28 shades encompassing enamel, dentin, translucent, bleach, and pediatric options.
3. Packaging:
   • Basic Kit: 5 syringes (4g each) in shades EA2, EA3, EA3.5, DA2, DA3; 1 syringe (2g) in shade T-Neutral.
   • Clinical Kit: 8 syringes (4g each) in various enamel and dentin shades; 5 syringes (2g each) in special shades; 1 bottle of Ambar adhesive (4ml); applicator tips.
   • Refills: Individual syringes (2g or 4g) available in all shades.
4. Recommended curing protocol: Incremental layering with light-curing for each layer, following manufacturer's guidelines for exposure time.

Clinically, Opallis is indicated for a broad spectrum of restorative procedures, including Class I to V restorations, direct composite veneers, diastema closures, core build-ups, and repairs of porcelain or composite restorations. Its optimal consistency and extensive shade range make it an invaluable material for achieving esthetic and functional excellence in restorative dentistry.