Gc Dental GC Initial LiSi Block BL - Lithium Disilicate Glass Ceramic CAD/CAM Block

In stock - 100 items available
SKU: GC.10037275
Regular price $143.00
You can contact us for your orders and questions. +90543 456 2614
All your orders are sent by fast air cargo with UPS or DHL Shipping
Your orders will be prepared and shipped within 3 business days.
Customs clearance in your country is not the seller's responsibility.

Initial LiSi BL Block — lithium disilicate CAD/CAM block

Initial LiSi Block is a fully crystallized lithium disilicate block that offers optimum physical and esthetic properties without firing. This unique block features GC’s proprietary High-Density Micronization (HDM) technology for CAD/CAM dentistry to deliver high wear resistance, smooth margins, and esthetic final results — an ideal time-saving solution for single-visit chairside treatment.

The unique ultra-fine crystal makes milling easier and can be milled quickly in the fully crystallized stage. Thanks to Initial LiSi Block’s exceptional properties, high gloss and natural opalescence can be achieved in a few minutes by polishing alone, after which the restoration is ready for bonding. Esthetics of the restoration are preserved over time. Available in four esthetic shades and two translucencies. When more characterization is needed, the Initial ceramic series offers fully synergistic esthetic solutions.

Reduced chair time

Mill, polish, and place! Initial LiSi Block offers reduced processing time: no firing needed because it is fully crystallized. This saves 40% of the time needed to create your restorations (under IFU-based test conditions).

  • Durable esthetics and smooth margins: Optimized acid and wear resistance to help preserve esthetics over time. Excellent edge stability contributes to a restoration with smooth margins.
  • Natural opacity: Available in high and low translucency with natural opalescence in all lighting.
  • Choose your preferred finishing: superior gloss by polishing alone, ready for bonding; impressive 3D effects with Initial Lustre Pastes ONE; deep characterization with Initial Spectrum stains.