Modern aesthetic and functional dentistry is continually evolving, striving to identify restorative materials that combine exceptional strength, natural esthetics, and biological compatibility with natural dentition. At Blits Dental Kakhaber Kharebava Clinic, we exclusively work with clinically validated, premium-grade materials. Among them, the German manufacturer VITA’s innovative hybrid ceramic — VITA Enamic — stands out as a cornerstone of precision, durability, and patient comfort.
VITA Enamic represents a unique fusion of ceramic and composite networks, delivering an ideal balance between rigidity and elasticity. This dual-network structure combines the mechanical advantages of ceramics with the resilience of polymers, allowing restorations that behave biomechanically closer to natural enamel and dentin.
A recent peer-reviewed international study focused on occlusal veneers — partial-coverage restorations designed to rehabilitate worn dentitions — has provided compelling evidence of VITA Enamic’s superior performance. The study assessed material wear, surface roughness, and abrasivity following thermomechanical aging, simulating long-term intraoral function.
When rehabilitating vertical dimension of occlusion (VDO) in patients with severe tooth wear, the restorative material must exhibit both high resistance to wear and minimal abrasivity to opposing natural enamel.
The comparative research — evaluating lithium disilicate, 3D-printed hybrid ceramics, and VITA Enamic — clearly demonstrated VITA Enamic’s superiority in several critical parameters:
Maximum Protection of Natural Teeth:
VITA Enamic was shown to be the least abrasive toward opposing natural enamel compared to lithium disilicate, which caused significantly higher antagonist wear. This characteristic is crucial for patients retaining their natural dentition.
Lowest Combined Wear Rate:
The total wear (restoration + antagonist) was markedly lower for VITA Enamic, indicating excellent long-term dimensional stability and predictability of occlusal relationships over time.
Superior Surface Integrity:
Post-aging analysis confirmed that VITA Enamic maintains a smoother surface texture than other tested hybrid ceramics. This reduces plaque accumulation, secondary roughening, and subsequent wear progression.
These findings clearly position VITA Enamic as an optimal material for occlusal veneers, ensuring not only mechanical durability but also long-term biomechanical harmony within the masticatory system.
Beyond its scientific advantages, VITA Enamic redefines the patient experience. Its unique microstructure allows minimally invasive or even non-preparative restorations, meaning the natural tooth structure can be preserved almost entirely.
Key clinical benefits include:
Minimally Invasive Dentistry: Maximal preservation of healthy enamel and dentin.
Reduced Discomfort: In many cases, the procedure can be performed without local anesthesia.
Single-Visit Workflow: Chairside digital design and milling (CAD/CAM) enable completion within a single appointment.
As noted by Dr. Kakhaber Kharebava, prosthodontist and implantologist at Blits Dental Kakhaber Kharebava Clinic:
“In most cases, such restorations can be performed without anesthesia and completed in a single day — a significant advantage for patient comfort and convenience.”
The fully digital workflow ensures exceptional precision, reproducibility, and long-term clinical predictability. With VITA Enamic, a wide range of functional and esthetic concerns — from worn incisal edges and enamel discoloration to minor shape corrections — can be addressed efficiently and conservatively.
At Blits Dental Kakhaber Kharebava Clinic, we integrate scientific excellence with cutting-edge digital dentistry. By employing clinically validated materials such as VITA Enamic, we deliver restorations that are not only aesthetically natural but also functionally stable and biologically sound.
Trust our expertise to restore your smile with maximum precision, comfort, and long-term predictability.
Research Link: https://pubmed.ncbi.nlm.nih.gov/39095215/