THE ROLE OF EVERSTICK GLASS FIBER-REINFORCED SYSTEMS IN CORRECTING TOOTH CROWN DEFECTS
Keywords:
EverStick, fiber-reinforced composite (FRC), tooth crown defects, mechanical durability, stress distribution, dentin replacementAbstract
The analysis of the mechanical and clinical efficiency of glass fiber-reinforced systems (EverStick) is of significant scientific importance in addressing extensive defects of the tooth crown. EverStick systems have been proven to significantly enhance the toughness of composite resins, ensuring their damage tolerance and long-term durability. One of the key achievements in this field is the ability of fiber-reinforced composites to redistribute masticatory forces across the restoration bed and reduce polymerization shrinkage strain. Specifically, the horizontal orientation of fibers in wide carious cavities (Class II MOD) on both pulpal and gingival floors enables the achievement of maximal clinical outcomes. The dentin-replacement properties of the material and the high adhesive bonding mechanisms formed with tooth tissues are scientifically grounded. The fail-safe mechanism of EverStick systems in reducing the risk of tooth fracture and their role in minimally invasive dentistry serve to maximize the preservation of healthy tooth structure.
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