Dentsply Implants Manufacturing 25225 Osseospeed Ev 3.6 S - 13 Mm

Dentsply Implants Manufacturing 25225 Osseospeed Ev 3.6 S - 13 Mm

• REF: 25225 Dentsply
• 3.6
• 13mm
• Compatible with Astra Tech Implant System

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.

This Dentsply Implants Manufacturing 25225 Osseospeed Ev 3.6 S - 13 Mm is designed with superior strength and precision in mind. With its advanced Osseospeed technology and 13mm length, it provides exceptional stability and reliability for dental implant procedures. Enhance your practice with this top-quality implant.

The OsseoSpeed EV 3.6 S – 13 mm implant features Dentsply Sirona's proprietary OsseoSpeed® surface, a chemically modified titanium surface with a unique nanoscale topography. This design stimulates early bone healing and accelerates the healing process, resulting in increased bone formation and stronger bone-to-implant bonding. Clinical studies have demonstrated that OsseoSpeed significantly outperforms competitors in maintaining marginal bone levels over both one-year and five-year follow-ups.

Engineered with a tapered apex and V-shaped threads, the OsseoSpeed EV 3.6 S implant ensures optimal primary stability, even in challenging bone conditions. The implant's MicroThread® design at the neck enhances load distribution, reducing stress on the marginal bone and preserving bone integrity. Additionally, the Conical Seal Design™ provides a tight, stable fit between the implant and abutment, minimizing micromovements and microleakage, which is crucial for long-term success.

Part of the Astra Tech Implant System EV, the OsseoSpeed EV 3.6 S – 13 mm implant features a standardized EV connection, ensuring compatibility with a wide range of abutments and restorative components. This connection allows for one-position-only placement of Atlantis patient-specific abutments and six-position indexing for prefabricated abutments, streamlining the restorative process and reducing inventory complexity. The implant's design supports a comprehensive prosthetic workflow, from impression taking to final restoration placement, ensuring consistent and predictable outcomes.