Dentsply Implants Manufacturing 25245 Osseospeed Ev 4.8 S - 13 Mm

Dentsply Implants Manufacturing 25245 Osseospeed Ev 4.8 S - 13 Mm

• REF: 25245
• 4.8
• 13mm
• Compatible with Astra Tech Implant System

This Dentsply Implants Manufacturing product delivers the Osseospeed technology to provide optimal implant stability and osseointegration. Achieve superior results with the 13 mm length and 4.8 mm diameter, perfect for a range of surgical procedures. Trust the industry expert for your implant needs.

The Dentsply Implants Manufacturing 25245 Osseospeed EV 4.8 S - 13 mm is a bone-level dental implant designed for the Astra Tech Implant System EV. With a diameter of 4.8 mm and a length of 13 mm, it is suitable for cases requiring moderate bone volume and offers flexibility in various clinical scenarios. The implant features a tapered apex with V-shaped threads, promoting primary stability and efficient insertion. Its straight head design with microthreads enhances soft tissue adaptation, contributing to improved esthetics and tissue health. The implant is compatible with the EV connection, ensuring seamless integration with the comprehensive EV prosthetic assortment.

Equipped with the OsseoSpeed surface, this implant boasts a chemically modified titanium surface with unique nanoscale topography. This design stimulates early bone healing, accelerating the healing process and resulting in increased bone formation and stronger bone-to-implant bonding. Clinical studies have demonstrated that OsseoSpeed significantly outperforms competitors' surfaces in maintaining marginal bone levels over one-year and five-year follow-ups.

The Osseospeed EV 4.8 S - 13 mm implant is ideal for patients with moderate bone volume, offering versatility in treatment planning. Its design and surface technology provide enhanced primary stability and support for long-term bone maintenance. The implant's compatibility with the EV connection allows for a wide range of restorative options, simplifying the prosthetic process and reducing inventory complexity. Clinicians can rely on this implant for predictable outcomes in both single and multiple tooth replacements.