Venus Pearl Nanohybrid Universal Composite – Kulzer

Specification:

• Manufacturer Code:
  • A1: 66048175
  • A2: 66048176
    
  • A3: 66048178
    
  • A3.5: 66048179
    
  • A4: 66048180
    
• Brand: Venus Pearl
• Type: Light-Cure Universal Nanohybrid Composite
• Curing: Light-Cure
• Radiopacity: Yes
• Packaging: 3g Syringe
• Usage: All Classes of Direct Restorations

Venus Pearl is a light-cured universal nanohybrid composite engineered for outstanding esthetics and dependable restorative performance across all classes of direct restorations. Its radiopaque nanohybrid formulation delivers exceptional polishability, natural-looking color depth, and reliable mechanical strength, making it a versatile single-composite solution for both anterior and posterior applications.

Key Features:

• Nanohybrid Filler System: The combination of nano-sized and micro-sized filler particles provides superior surface smoothness, long-term polish retention, and optical depth that closely mimics natural tooth enamel for excellent esthetic integration.
• Universal All-Class Indication: Suitable for Class I through V direct restorations, consolidating anterior and posterior restorative needs into a single composite system and simplifying chairside material selection and inventory.
• High Radiopacity: Strong radiographic contrast allows for clear post-operative differentiation from surrounding tooth structure, supporting reliable assessment on standard periapical and bitewing radiographs.
• Light-Cure Formula: On-demand polymerization provides complete working time flexibility, allowing thorough placement, adaptation, and contouring before initiating a consistent and predictable cure.
• Broad Shade Range: Available across five shades spanning the A shade group, providing flexible chromatic coverage for accurate shade matching across a wide range of patient dentitions.
• 3g Syringe Delivery: The syringe format allows for precise, controlled dispensing directly into the preparation, supporting accurate placement and minimizing material waste across multiple restorative procedures.