Smile Designers Micro-Hybrid Line: TEGD-MA

Premium Micro-Hybrid Composite Resin

Our advanced light-cure dental composite resin is designed for superior performance and aesthetic excellence in restorative dentistry. Engineered for both anterior and posterior applications, it provides exceptional durability and seamless blending, making it a top choice for dental professionals.

Contains: 20 capsules (0.28 g each)

Why Choose TEGD-MA Micro-Hybrid Composite?

• Precision Results: Simplified handling and consistent performance.
• Lasting Aesthetics: Resists staining and maintains its brilliance over time.
• Clinically Proven: Trusted by dental professionals for reliable and durable restorations.
• Flexible Polishing: Works seamlessly with any polishing system, offering convenience and efficiency without altering your workflow.
• Polishing with Ease: Use your existing polishing steps with confidence. Our composite integrates seamlessly with a wide range of polishing systems, ensuring a brilliant finish without requiring changes to your preferred technique.

Key Features & Benefits:

• Universal Handling: Compatible with a wide range of bonding agents and restorative techniques.
• Simplified VITA Shades: Ensures natural, predictable results every time.
• Low Shrinkage: Reduces stress during polymerization for long-lasting restorations.
• Durable and Radiopaque: Resists wear and staining, offering high radiopacity for precise imaging.

Advanced Material Composition:

Formulated with finely tuned micro-hybrid technology, this composite resin delivers smooth application, superior sculptability, and long-lasting results. Its consistent particle distribution ensures effortless layering and polishing.

Physical Excellence:

• Flexural Strength: 120 MPa
• Curing Depth: 2.4–2.62 mm

Basic Guidelines for Use:

1. Preparation: Clean and etch the tooth surface before application.
2. Adhesive Application: Apply bonding resin and air-dry gently, avoiding tissue contact.
3. Layering: Place the composite in desired layer sizes, curing each layer with visible light at 1200 nm minimum for 20 seconds for optimal results.