Description:

The IMP 24932 – OsseoSpeed TX 3.5S 11MM is a narrow-diameter, length-optimized implant engineered for superior primary stability, biological integration, and restorative flexibility. Designed for anatomically restricted areas—such as narrow anterior ridges or tight posterior spaces—it combines a 3.5mm small (S) platform with an 11mm length to deliver reliable support where precision is essential.
As part of the OsseoSpeed TX family, this implant features Astra Tech’s fluoride-modified titanium surface, which promotes early bone formation and accelerates osseointegration. The micro-textured surface enhances bone-to-implant contact, supporting strong initial stability and long-term clinical success, even in compromised bone conditions.
Its tapered, root-form geometry allows for intuitive placement within contoured anatomical sites. Self-cutting threads optimize mechanical engagement and reduce the need for extensive drilling—minimizing surgical trauma and shortening procedure time.
A deep internal conical connection provides a stable, tight-fitting abutment interface that minimizes micromovement and reduces the risk of bacterial infiltration. This connection design helps preserve crestal bone levels and soft tissue architecture, contributing to esthetic and functional outcomes.
The 11mm length strikes a balance between vertical anchorage and surgical versatility, making it an excellent choice for medium-depth ridges. The 3.5S platform supports a range of restorative solutions, from single crowns to multi-unit prosthetics in space-constrained or esthetic zones.
Delivered sterile and compatible with Astra Tech EV restorative components, the IMP 24932 supports both one-stage and two-stage workflows. It is suitable for integration into traditional or digital treatment protocols and CAD/CAM environments.
For clinicians seeking a biologically active, dimensionally efficient implant with exceptional restorative support, the IMP 24932 provides lasting performance in esthetically and anatomically demanding indications.