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Duration: 1 hour, 55 seconds

Author: Dr. Ophir Fromovich

NobelActive Predictable Function and Aesthetics


The NobelActive implant has gained immense popularity and success over the past five years in the field of dentistry. Its unique design, biology, and functional features have made it a preferred choice for many dental professionals. This article will delve into the various aspects of NobelActive implants, including its design, biology, features, benefits of changing implant direction, and its aesthetic properties. We will also explore different case studies that showcase the successful application of NobelActive implants in challenging scenarios.

Design and Biology of NobelActive Implants

NobelActive implants are intelligently designed to provide a high level of stability and predictability in dental implant procedures. They feature a tapered body and a conical connection, enhancing their primary stability even in compromised bone situations. The proprietary TiUnite surface technology promotes osseointegration and accelerates the healing process, ensuring long-term success.

Primary Stability in Challenging Situations

One significant advantage of NobelActive implants is their ability to offer excellent primary stability, even in cases where there is limited space for implant placement or severe atrophy of the mandible. Dental professionals can confidently choose NobelActive implants for molar extraction, knowing that the implant will successfully integrate with the surrounding bone tissue and provide reliable function and aesthetics.

Managing Complications with Failed Implants

In cases where previous implant treatments have failed, the NobelActive implant provides an effective solution. Its unique design and bone-level interface allow for easy removal of the failed implant and replacement with a new NobelActive implant. The high predictability and function of NobelActive implants contribute to successful outcomes, even in complex cases.

Benefits of Changing the Direction of NobelActive Implants

A noteworthy feature of NobelActive implants is the freedom to adjust the implant direction during the surgical procedure. This flexibility allows dental professionals to optimize implant placement, taking into consideration various factors such as available bone density, adjacent teeth, and the desired final aesthetics. By choosing the ideal implant direction, clinicians can ensure long-term stability and excellent function for their patients.

Aesthetic Aspects of NobelActive Implants

In addition to its functional benefits, NobelActive implants also excel in terms of aesthetic outcomes. The design of the implant collar and the prosthetic components allows for natural-looking emergence profiles and optimal soft tissue management. The result is a harmonious integration of the implant restoration with the surrounding teeth and gums, leading to a visually pleasing smile.

Case Study: Four-Year Follow-up

To further illustrate the aesthetic advantages of NobelActive implants, let’s consider a case study with a four-year follow-up. The patient presented with a missing central incisor and desired an implant-supported crown that seamlessly blends with the adjacent teeth. By utilizing a NobelActive implant and employing proper prosthetic techniques, the dental professional achieved outstanding results. The patient’s smile was restored, and the implant’s aesthetic integration was maintained even after four years, highlighting the long-term success and reliability of NobelActive implants.


NobelActive implants have established themselves as a predictable, functional, and aesthetically pleasing solution in the field of dental implantology. Through their unique design, biology, and features, they offer superior primary stability, manage complications with failed implants, and allow for aesthetic excellence. Dental professionals can confidently rely on NobelActive implants for successful outcomes in diverse clinical scenarios, ensuring the satisfaction and well-being of their patients.

Frequently Asked Questions (FAQs)

1. How long does the NobelActive implant integration process take?

The process of osseointegration, where the NobelActive implant fuses with the surrounding bone, typically takes around 3 to 6 months. However, the exact timeline may vary depending on individual factors such as bone quality and patient health.

2. Can NobelActive implants be used in patients with severe bone loss?

Yes, NobelActive implants can be successfully placed even in cases of severe bone loss. Their tapered body design and conical connection offer excellent primary stability, ensuring successful implant integration even in compromised bone situations.

3. Are NobelActive implants suitable for replacing molars?

Absolutely! NobelActive implants are well-suited for molar replacement, even in cases where there is limited space for implant placement. Their reliable primary stability and osseointegration capabilities make them an ideal choice for restoring molar functionality.

4. What are the potential complications associated with NobelActive implants?

While complications with NobelActive implants are rare, they can include infection, implant failure, or damage to surrounding structures. However, these complications can be minimized by proper case planning, impeccable surgical technique, and regular follow-up care.

5. Can NobelActive implants be used to replace multiple missing teeth?

Yes, NobelActive implants can be utilized to replace multiple missing teeth. The number of implants required will depend on the specific situation and the patient’s oral health. Dental professionals can create a customized treatment plan to restore the patient’s smile and functionality effectively.

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