Brulon Epitome Bond 7th Generation Bonding Agent

Brulon Epitome Bond is an advanced 7th generation bonding agent meticulously formulated for excellence in adhesive dentistry. This light-cured, self-etching, one-component resin-based adhesive is designed to deliver superior adhesion, versatility, and durability for modern restorative procedures.

Epitome Bond is indicated for a broad spectrum of clinical applications, including the bonding of light-cured composite and compomer restorations, as well as the repair of existing composite restorations. It provides reliable adhesion to both enamel and dentin surfaces and can also serve as a primer for ceramic, metal, or amalgam surfaces during restorative procedures. Its universal compatibility extends to both direct and indirect restorative applications, encompassing the bonding of core build-up materials, covering hypersensitive tooth areas, bonding fissure sealants, and the cementation or intraoral repair of indirect restorations with adhesive resin cements.

As a 7th generation system, Epitome Bond integrates etching, priming, and bonding into a single, premixed component, streamlining the bonding procedure and reducing chairside time by eliminating the need for separate etching and rinsing steps. The adhesive penetrates tooth structure to form a strong hybrid layer, ensuring durable bonding. It features dual-cure capability, offering flexibility in curing options with both light curing and self-curing mechanisms to ensure thorough polymerization and reliable bond strength in various clinical scenarios.

Key Features : 

Resin-based, 7th generation self-etching adhesive suitable for a wide range of direct and indirect restorations, including composites, compomers, ceramics, and metals.
One-component, single-step application that combines etching, priming, and bonding, thereby eliminating the need for separate etching and rinsing steps.
Features dual-cure capability for flexible curing options, ensuring thorough polymerization and reliable bond strength.
Promotes precision in restoration fit and adaptation due to its low film thickness.