Initial LiSi Block

Initial LiSi Block is a fully crystallized lithium disilicate block that delivers optimal physical and aesthetic properties without firing. This unique block features GC's proprietary High Density Micronisation (HDM) technology for CAD/CAM dentistry to deliver high wear resistance, smooth margins and aesthetic final results. This makes it an ideal time saving solution for single visit chairside treatment. The unique ultrafine crystal makes it easy to grind and can be quickly milled in its fully crystallized stage. Thanks to Initial LiSi Block's exceptional properties, high gloss and natural opalescence can be obtained in few minutes by polishing only and restoration is then ready for luting. The aesthetics of your restoration will be maintained over time. Initial LiSi Block is available in four aesthetic shades and two translucencies. When more characterisation is required, the Initial ceramic line comprises fully synergistic aesthetic solutions.

• Veneers
• Crowns
• Inlays
• Onlays
• Partial crowns
• Crown or splinted crown on top of an implant abutment
• Reduced chair time:
  • Mill, polish and place! Initial LiSi Block offers reduced process time: no need to fire because it is fully crystallized. This results in saving 40%* of the time required to create your restorations.
    • • Under testing conditions based on IFU.
• Durable aesthetic & smooth margins:
  • Optimized acid and wear resistance to help preserve the aesthetic of your restoration over time.
  • Excellent edge stability contributes for a restoration with smooth margins.
• Natural opalescence:
  • Available in both, high and low translucencies, Initial LiSi Block offers a natural opalescence in any light.
• Choose your preferred finishing procedure:
  • By polishing only, superior gloss is achieved and the restoration is ready for luting.
  • Impressive 3D effects with Initial Lustre Pastes ONE: ready-to-use ceramics for painting, ideal to adjust chroma, value and brightness.
  • Deep characterisation with Initial Spectrum Stains.