No products in the cart.
The design of the implants is optimized as much as possible due to the shape of the implant body, as well as the design of threads and micro-threads. The recommended subcrestal implant placement helps to preserve periimplantar tissues and improve their trophism.
A predictable result in cases where high primary stability is required: when installed in a hole or in a low-density bone. No special tools and orthopedic components are required – the implants are compatible with the main line of the 2.42 hexagon platform, RBM coating.
The goal of our company is to achieve the highest possible and complete integration of the products of IDL Dental Technologies Ltd and the macroorganism. Initial healing and long-term stability of the adjacent bone depend on the micromechanical characteristics of the implants, their design and surface structure. The direct influence of these characteristics on the favorable outcome in modern implantology has been unquestionably proven by numerous successful clinical studies. results.
Our system is designed in such a way that, under the right conditions, it serves as a complete replacement for natural teeth. All components of the system function smoothly for the sole purpose – to provide a reliable clinical result and lifelong functionality of the dental implant.
Titanium Grade 5 ELI is a very good material for the manufacture of suprastructures and dental implants due to its advantageous combination of such properties as low specific weight, high strength ratio, maximum corrosion resistance and excellent biocompatibility with the human body.
Highest quality standards for all types of prosthetics.
Aided by high degree of purification from mechanical particles and the level of sterilization.
As well as predicted success in terms of use immediate functional load.
Choosing IDL Dental Tecnologies LTD, you choose quality and confidence!
