Dentsply Implants Manufacturing 26322 Astra Tech Implant Ev 4.2 S - 9 Mm Osseospeed

Dentsply Implants Manufacturing 26322 Astra Tech Implant Ev 4.2 S - 9 Mm Osseospeed

• REF: 26322
• 4.2
• 9mm
• Compatible with Astra Tech Implant System

As an industry-leading manufacturer, Dentsply provides the Astra Tech Implant Ev 4.2 S - 9 Mm Osseospeed, designed for superior performance and precision. With advanced technology and a 9mm length, this implant offers reliable stability and seamless integration for optimal patient outcomes.

The Astra Tech Implant EV 4.2 S – 9 mm OsseoSpeed (Order No. 26322) is a bone-level, straight (S) titanium implant within the Astra Tech Implant System EV. Positioned with a 4.2 mm diameter and a 9 mm length, this implant offers a versatile option for clinical cases requiring moderate anchorage while conserving vertical space. It is particularly suited for both anterior and posterior placements where bone height permits and space management is critical.

This implant incorporates the acclaimed OsseoSpeed surface, a chemically modified titanium treatment with nanoscale topography that accelerates bone healing and promotes robust osseointegration. Compared to other high-end implant surfaces, OsseoSpeed delivers superior marginal bone preservation over both 1‑year and 5‑year follow-ups. Structurally, it features a tapered apex with V‑shaped threads and a dome-shaped tip to enhance primary stability and distribute stress load effectively. Its internal six-spline EV connection with Morse taper ensures a tight, stable interface and simplifies prosthetic integration across the EV prosthetic range.

Clinically, the 4.2 S – 9 mm implant is a robust option for patients needing a balance between implant diameter and length, offering efficient anchorage without excessive bone removal. It maintains hard and soft tissue health through features like MicroThread design—which mechanically stimulates marginal bone—and the Conical Seal Design—which minimizes micromovements and microleakage at the implant–abutment interface. The unified EV connection supports workflow continuity across the system, easing prosthetic planning, reducing inventory complexity, and allowing consistent component interoperability across the EV family.