Dentsply Implants Manufacturing 25578 Healing Uni Ev 3.6 - 3 Mm

• REF: 02796
• 4.2
• 2mm
• Compatible with Astra Tech Implant System

This Dentsply Implants Manufacturing 25578 Healing Uni Ev 3.6 - 3 Mm is designed to aid in the healing process of dental implants. With a diameter of 3.6 - 3 mm, this healing unit provides precise and effective treatment. Trust the expertise of Dentsply Implants Manufacturing for quality and reliable dental care.

The Dentsply Implants Manufacturing 25578 Healing Uni EV 3.6 – 3 mm is a titanium healing abutment designed for use with the Astra Tech Implant System EV. With a diameter of 3.6 mm and a height of 3 mm, this component serves as a temporary solution during the healing phase following implant placement. Its primary function is to promote soft tissue healing and contouring around the implant site, ensuring optimal conditions for subsequent restorative procedures. The 3 mm height is suitable for cases where moderate tissue support is required, facilitating the development of a natural emergence profile.

Crafted from high-quality titanium, the Healing Uni EV 3.6 – 3 mm is durable and biocompatible, making it suitable for single-use applications in the healing phase. Its design includes a hexagonal interface compatible with the Astra Tech Implant System EV, facilitating secure and stable connections during the healing process. The component is color-coded for easy identification, streamlining the workflow and reducing the potential for errors. Its dimensions and features are meticulously engineered to match those of the actual implant, ensuring accurate replication for prosthetic planning.

Clinically, the 25578 Healing Uni EV 3.6 – 3 mm is essential for shaping the peri-implant soft tissues, which is critical for the esthetic outcome of the final restoration. By providing a stable and predictable healing environment, it aids in achieving optimal tissue contours and gingival health. The abutment's compatibility with the Astra Tech Implant System EV ensures a streamlined workflow, reducing the potential for errors and enhancing the overall efficiency of the restorative process. Additionally, its design allows for easy removal and replacement, accommodating the dynamic needs of the healing phase.