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Published on: July 15, 2009
Evolving implant design. The NobelActive implant: discussion and case presentations
Summary
The NobelActive implant offers high initial stability, even in compromised bone, and allows for redirection during placement. This makes it suitable for immediate loading and complex dental implant cases.
Area of Science:
- Dental Implantology
- Biomaterials Science
- Prosthodontics
Background:
- Dental implant design evolves through research and clinical feedback.
- The NobelActive implant, introduced by NobelBiocare, combines unique design features.
- Existing implants offer individual features, but NobelActive integrates them for enhanced function.
Observation:
- The NobelActive implant features a unique combination of external and internal design characteristics.
- It provides high initial stability, particularly in low-density or compromised bone.
- The implant allows for redirection during insertion for improved prosthetic outcomes.
Findings:
- NobelActive is well-suited for immediate extraction, placement, and loading protocols.
- It addresses cases with suboptimal bone quantity and quality effectively.
- The design minimizes crestal bone loss and maximizes gingival architecture.
Implications:
- The NobelActive implant offers versatile applications in challenging clinical scenarios.
- It enhances prosthetic outcomes by allowing for corrective placement adjustments.
- Its design contributes to preserving bone and soft tissue around the implant.
