The NucleOSS implant is a biocompatible, pure titanium dental implant system manufactured in Türkiye. The T6 Standard implant is designed for safe surgical procedures and offers flexibility with various prosthetic options. The T6 Torq model was specifically developed for rapid and early loading, providing high initial stability. The Slimex implant, which offers an ideal solution for narrow bone structures, facilitates easier placement. Its Maxicell surface accelerates osseointegration, allowing the implant to fuse with the bone more quickly and increases success rates. These features make NucleOSS a reliable choice.
What Materials Are Used in Nucleoss Implants?
The material used in Nucleoss implants is pure titanium, which stands out for its high biocompatibility and durability. Titanium possesses important properties that ensure the implant’s acceptance by the body and provides a long-lasting solution. The advantages of this material make it a safe choice for dental implants.
Advantages of Titanium:
- Excellent biocompatibility
- High durability
- Low weight ratio
- Corrosion resistance
- Osseointegration support
Titanium is compatible with the body thanks to the naturally occurring oxide layer on its surface. This layer prevents the implant from rusting and prevents undesirable reactions in the body. This accelerates patient healing and supports the implant’s long-term success. Titanium’s low weight ensures the implant’s long-term durability without adding weight and provides comfortable use for patients.
The surface structure of Nucleoss implants is designed to maximize these advantages offered by titanium. Maxicell surface technology supports titanium’s natural osseointegration properties, contributing to the formation of a strong bond between the implant and the bone. This bond increases the implant’s stability and provides the patient with a solid structure capable of withstanding chewing forces. Thanks to all these properties of titanium, Nucleoss implants offer a long-lasting and reliable solution.
What are the Different Types of Nucleoss Implants?
Nucleoss implants come in a variety of designs to suit different clinical needs. Each implant type offers specific advantages based on the patient’s bone structure and surgical requirements:
- T6 Standard Implant
- T6 Torq Implant
- Slimex Implant
The T6 Standard implant was developed to provide a safe surgical experience. Its deep internal hexagon connection provides strong stability between the implant and abutment, making it compatible with versatile prosthetic solutions. It also features a special bone harvesting zone that aids in the collection of bone particles during placement. This feature promotes osseointegration and ensures a better fit with the bone.
The T6 Torq implant is ideal for early and immediate loading requirements. Its sharp and deep serration profile provides high initial stability in various bone types. This initial stability is a significant advantage, especially in immediate loading situations. This implant, which features a connection compatible with the T6 Standard, can be used with prosthetic components, providing flexibility in restorative procedures.
The Slimex implant is designed for use in narrow bone structures. Despite its thin structure, it provides strong support and a reliable structure. Its outer surface, supported by Maxicell surface technology, accelerates osseointegration and ensures an effective healing process. Slimex offers a durable and long-lasting solution even in confined spaces, making it an ideal alternative for patient needs.
What are the Key Features of Nucleoss Implants?
The key features of Nucleoss implants are their special design details that ensure high biocompatibility, stability, and rapid bone integration. Maxicell surface technology, in particular, supports bone integration, which increases the implant’s long-term success. The Maxicell surface is achieved through sandblasting and acid etching processes; these methods allow bone cells to adhere more firmly to the surface.
Key features offered by NucleOSS implants:
- Material structure: Pure titanium (Grade 4)
- Two-layer screw structure
- Platform-switching concept
- Microscrews in the neck area
- Deep taper connection
The use of pure titanium in the implant structure increases biocompatibility and provides durability and longevity. The two-layer screw structure ensures rapid implant placement, promoting initial stability. The platform-switching design allows for implant-abutment connection.Bone loss in the dentate area is minimized, and bone density is maintained. Microscrews located in the neck area help distribute the forces generated during chewing more evenly, which is effective in maintaining bone health. The deep conical connection plays a key role in maintaining peri-implant health by preventing bacterial infiltration.
What are the Clinical Applications of Nucleoss Implants?
Nucleoss implants stand out with their high success rates in various clinical applications. They are particularly preferred in patients with low bone density or in situations requiring high primary stability. With various size options, they accommodate both narrow and standard bone structures, offering a wide range of applications:
- Single-tooth implants
- Multiple-tooth restorations
- Full jaw reconstructions
Thanks to Maxicell surface technology, the implant’s bone contact area increases, enabling faster osseointegration and shortening the healing process. Nucleoss implants, which have achieved success rates over 95% in clinical studies, also increase patient satisfaction with their aesthetic and functional durability. Thanks to their immediate load-bearing capacity, patients can quickly return to their normal lives and have a durable and reliable restoration solution for the long term.
What are the Advantages of Choosing Nucleoss Implants?
Nucleoss implants offer many advantages in dental implantology, making them a reliable and effective option. The use of highly biocompatible pure titanium helps implants form a strong bond with the jawbone, and this material complies with international standards. Maxicell surface technology accelerates osseointegration, allowing the implant to integrate more quickly with the bone, thus ensuring a reliable healing process.
NucleOSS offers solutions to various clinical needs with its flexible design options. Different models, such as T6 Standard, T6 Torq, and Slimex, allow patients to choose the most suitable implant based on their bone structure. This diversity allows for the development of a personalized treatment plan for each individual.
Cost-effectiveness is a significant advantage in choosing NucleOSS. These implants are more affordable than international brands, making them an ideal option for both patients and dentists seeking quality solutions. Local production reduces import costs and ensures more effective quality control.
NucleOSS implants hold international certifications such as EC, FDA, and ISO 13485, and they also meet high standards in terms of quality and safety. These certifications position NucleOSS competitively in the global market.
