Neo Spectra ST - LV Syringe Universal Nano Composite Intro Kit

Clinical Overview

Neo Spectra ST - LV Syringe Universal Nano Composite Intro Kit is designed for dental restorations, offering a range of shades to match natural tooth color. The kit includes syringes of nano composite material that provide excellent esthetics and durability for various dental applications.

Key Benefits

• Versatile shades: Includes multiple shades (A1, A2, A3, A3.5, A4) for optimal color matching.
• High esthetics: Nano composite formulation enhances the visual appeal of restorations.
• Durability: Designed to withstand the demands of daily function in the oral environment.
• Ease of use: Syringe delivery system facilitates precise application and minimizes waste.
• Compatibility: Includes Prime&Bond Universal Adhesive for effective bonding with various substrates.

Kit Contents

• Refer to packaging for exact contents and sizes.

Working & Setting Times

• Working: Allows for adequate working time to achieve desired placement and contouring.
• Setting: Specific setting times may vary based on environmental conditions and application techniques.

Indications

• Direct anterior and posterior restorations.
• Repair of existing restorations.
• Esthetic enhancements in dental applications.
• Use in conjunction with bonding agents for optimal results.

Instructions for Use

1. Select the appropriate shade from the kit.
2. Prepare the tooth surface according to standard dental protocols.
3. Apply Prime&Bond Universal Adhesive as per the manufacturer's instructions.
4. Dispense the composite material from the syringe and place it in the prepared cavity.
5. Shape and contour the restoration as needed before curing.

Summary

Neo Spectra ST - LV Syringe Universal Nano Composite Intro Kit provides dental professionals with a comprehensive solution for esthetic restorations. Its range of shades, combined with a durable nano composite formulation and effective bonding adhesive, makes it suitable for various clinical scenarios, ensuring high-quality outcomes in both anterior and posterior applications.