GIC, Composite, Laser Filling

GIC, composite, and laser fillings are different types of dental restorations, with GIC (Glass Ionomer Cement) being a self-adhesive, fluoride-releasing material suitable for temporary or low-stress applications; composite being a tooth-colored resin hardened with light for aesthetic and durable fillings; and laser filling referring to a method where a laser is used to prepare the tooth and/or harden the filling material, which is often a composite.

GIC (Glass Ionomer Cement)

• Material: A mixture of glass particles and a liquid.
• Process: Chemically bonds to the tooth and sets within minutes.
• Key feature: Releases fluoride over time, which helps prevent further decay.
• Best for: Baby teeth, fillings around the gumline, or temporary restorations due to lower durability and strength compared to composite.

Composite

• Material: A plastic and fine glass particle mixture that matches tooth color.
• Process: The pliable material is applied to the tooth and then hardened with a special curing light.
• Key feature: Very durable, aesthetic, and bonds directly to the tooth.
• Best for: Restoring teeth with decay, especially in the front of the mouth, and for minor repairs.

Laser Filling

• Material: Typically uses a tooth-colored, biocompatible composite material.
• Process: A laser is used to remove decay, and another laser is used to harden and bond the filling material to the tooth.
• Key feature: The laser technology can be used to prepare the tooth and/or harden the filling, potentially reducing the need for a traditional drill.
• Best for: Similar applications as a composite filling, but with the added option of using a laser for preparation and curing.