$93.07

• Light shade supports gradual restoration brightening
• Light-cure format suits thin translucent restorations
• 2 g syringe supports controlled cement placement
• Compatible with ceramic and composite restorations
• Designed for restorations under 2 mm thickness
• Quantity: 1 per Pack

Ivoclar Vivadent Variolink Esthetic Luting Cement, LC Syringe Refill, 2g, Light is used for permanent adhesive cementation of thin, sufficiently translucent indirect restorations that can be reliably polymerized with light. Variolink Esthetic LC is a single-component light-cure luting composite indicated for glass-ceramic, lithium disilicate glass-ceramic, and composite resin restorations such as veneers, inlays, and onlays, and the Light effect shade is designed to produce a gradual lightening influence beneath the restoration, allowing clinicians to adjust the final esthetic result while maintaining control over cement shade selection for restorations under 2mm in thickness. Each pack contains one 2g syringe in the Light shade, ready to use without automixing before placement.

Dental offices ordering light-cure luting cement from their supplier can buy this Light shade alongside the Light+, Neutral, Warm, Warm+, and White Opaque effect shades available within the same LC range, letting the practice select the shade that best suits each veneer or inlay case's desired final appearance. Variolink Esthetic LC works through light-activated polymerization, so the restorative material must permit sufficient curing light to reach the cement layer, making restoration thickness and translucency important selection factors. The Light shade belongs to the Variolink Esthetic effect shade concept and provides a controlled brightening effect beneath the restoration, while Neutral is intended to preserve shade and the Warm shades progressively darken the overlying restoration. The luting composite also features a handling profile designed to balance flow during seating with stability at the margins, helping clinicians position restorations and remove excess material in a controlled manner, and its single-component light-cure format supports predictable working time before polymerization is initiated for the case at hand.