ARUM NB

Grooves or threads on the implant surface allows for better adhesion between the implant and the bone tissue, facilitating the process of osseointegration - the fusion of the implant with the jawbone.

ARUM NB is made from a titanium alloy that contains a high concentration of pure titanium (over 99.5%). It is known for its high strength and corrosion resistance, making it suitable for long-term implantation in the human body. Titanium alloy has excellent biological compatibility, which reduces the risk of implant rejection by the body and promotes high-quality integration with surrounding tissues.

Facilitating better integration with the surrounding oral tissues and ensuring the long-term success of the dental implant, which ensures the implant's ability to attract and interact with water molecules.

This is a highly effective surface developed by Straumann. It stimulates healing, accelerates the process of osseointegration and contributes to achieving predictable treatment outcomes.

By incorporating ergonomic design principles for natural balance, products and environments can promote comfort, reduce the risk of musculoskeletal disorders, and enhance overall user satisfaction and performance.

By adopting a space secure design approach, the long-term stability and functionality of the implant is established, minimizing the risk of complications such as implant-to-bone impingement and implant failure.

The product undergoes inspection, analysis, and verification of all aspects. This includes checking compliance with specifications, standards, and requirements, testing functionality, quality control, safety analysis, and thorough examination for defects or shortcomings.

NB1 Fixture has a unique design that includes a threaded form. This provides strong fixation of the implant in the bone tissue, allowing it to stay securely in place. This is particularly important for major load-bearing areas such as jaw bones, where there is high pressure and mechanical stress.

The thread design of NB1 Fixture is specifically engineered to provide resistance against lateral pressure. The threads on the fixture are strategically designed and positioned to maximize surface contact with the surrounding bone tissue. This increases the stability and resistance of the implant to lateral forces, such as chewing and biting forces.

The design of NB1 Fixture is carefully engineered to provide an optimal balance between strength and surface area, ensuring proper support and stability. The size and dimensions of the fixture are determined by the specific needs of the patient and the requirements of the prosthetic restoration.

By carefully controlling the drilling depth and using a specialized drill, the NB1 Fixture minimizes the tip extension to achieve precise and safe implant placement. This ensures optimal stability, functionality, and aesthetics of the implant-supported restoration.

The inclusion of platform switching in the design of the NB 2 Fixture is intended to preserve peri-implant tissues, particularly the bone and soft tissue around the implant, enhancing esthetics, and reducing complications associated with dental implants.

The increased self-tapping ability of NB 2 Fixture is optimized through careful research, development, and testing in order to achieve better primary stability and long-term success in its integration with the bone. It reduces the need for excessive force during insertion and minimizes the potential trauma and surrounding tissues.

The NB 2 Fixture has a specific thread pitch designed to optimize its performance and integration with the surrounding bone which contributes to the successful integration and long-term functionality of the dental implant. It is selected based on extensive research and engineering considerations to ensure optimal stability, load distribution, and bone response.

Initial fixation is crucial as it provides the foundation for osseointegration, allowing the bone to grow and fuse with the implant over time. The combined effect of the self-tapping ability, thread design, surface characteristics, and implant dimensions in the NB 2 Fixture helps achieve excellent primary stability.