Biomic LiSi Connect 2.0 is an advanced zirconia surface treatment system designed to enhance the clinical bonding performance of zirconia restorations. A layer of LiSi Connect 2.0 is sprayed onto the zirconia bonding surface, and after a dedicated sintering cycle, it crystallizes into an ultra-thin lithium disilicate coating that permanently modifies the zirconia surface.
This treatment allows zirconia to achieve a clinical bonding effect comparable to glass ceramics, significantly improving adhesive bonding reliability while maintaining precise restoration fit and esthetics.
Advantages
Shorter Activation Time
Improved formulation reduces shaking and activation time from 60 seconds to just 20 seconds, achieving fast and uniform dispersion with minimal effort.
Fine Atomization Technology
A 0.3 mm precision nozzle with optimized 30° spray geometry delivers fine, uniform droplets without aggregation, ensuring consistent coating application.
Higher Material Efficiency
Material utilization has increased by approximately 40% (80 → 110 particles), reducing waste while improving coverage efficiency.
Ultra-Thin Coating
The 5–7 μm lithium disilicate coating is ultra-thin and does not interfere with clinical seating, marginal adaptation, or restoration placement.
Stable & Vivid Color Development
Enhanced color stability and visibility make coating thickness easier to identify during application and processing.
Strong & Reliable Adhesion
Optimized specifically for zirconia veneer bonding, delivering durable, long-term adhesive stability and consistent bonding strength.
Resistant to Repeated Sintering
Validated for repeated sintering cycles and thermal cycling conditions while maintaining stable bonding behavior and coating integrity.
Universal Zirconia Compatibility
Compatible with all zirconia materials and restoration types.
Biomic LiSi Connect 2.0 is an advanced zirconia surface treatment system designed to enhance the clinical bonding performance of zirconia restorations. A layer of LiSi Connect 2.0 is sprayed onto the zirconia bonding surface, and after a dedicated sintering cycle, it crystallizes into an ultra-thin lithium disilicate coating that permanently modifies the zirconia surface.
This treatment allows zirconia to achieve a clinical bonding effect comparable to glass ceramics, significantly improving adhesive bonding reliability while maintaining precise restoration fit and esthetics.
Advantages
Shorter Activation Time
Improved formulation reduces shaking and activation time from 60 seconds to just 20 seconds, achieving fast and uniform dispersion with minimal effort.
Fine Atomization Technology
A 0.3 mm precision nozzle with optimized 30° spray geometry delivers fine, uniform droplets without aggregation, ensuring consistent coating application.
Higher Material Efficiency
Material utilization has increased by approximately 40% (80 → 110 particles), reducing waste while improving coverage efficiency.
Ultra-Thin Coating
The 5–7 μm lithium disilicate coating is ultra-thin and does not interfere with clinical seating, marginal adaptation, or restoration placement.
Stable & Vivid Color Development
Enhanced color stability and visibility make coating thickness easier to identify during application and processing.
Strong & Reliable Adhesion
Optimized specifically for zirconia veneer bonding, delivering durable, long-term adhesive stability and consistent bonding strength.
Resistant to Repeated Sintering
Validated for repeated sintering cycles and thermal cycling conditions while maintaining stable bonding behavior and coating integrity.
Universal Zirconia Compatibility
Compatible with all zirconia materials and restoration types.
