Implant design is optimized through the body shape, as well as the macro- and micro-thread architecture. The recommended subcrestal implant placement helps to preserve peri-implant tissues and improve their trophism.
Provides predictable outcomes in cases requiring high primary stability, such as placement in fresh extraction sockets or in low-density bone. No special tools or prosthetic components are needed—the implants are compatible with the main 2.4/2.6 platform switch hexagonal connection and feature an RBM (Resorbable Blast Media) surface.
Advanced threads for all bone types. Designed for common dental demands.
Our company's goal is to achieve a high level of biological compatibility, where the implant becomes a natural, seamless part of the human body. Initial healing and long-term stability of the surrounding bone depend on the implants' micromechanical characteristics, their design, and their surface structure. The positive impact of these characteristics on clinical outcomes has been proven by numerous studies in implantology.
Therefore, our system is engineered to serve as a full replacement for natural teeth when installed correctly. Its components ensure a high survival rate and lifelong functionality of the dental implant.
We take advantage of Titanium Grade 5 Ti-6AL-4V-ELI material for building suprastructures and dental implants. It has low specific weight, a high strength-to-weight ratio, corrosion resistance, and biocompatibility with the human body. These properties enhance implant survival rates and accelerate the healing process.
All implants correspond to international quality standards.
Multi-stage cleaning erases mechanical particles, followed by medical-grade sterilization.
Predictable success with immediate functional loading.
Suitable for a wide range of clinical cases and requirements.
