BIONIKA SGD, Healing abutment, multi-unit level
BIONIKA SGD, Healing abutment, multi-unit level
SKU:608.259.030.000
UDI: 5993220778703
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Brand characteristics
The BIONIKA SGD implant system is compatible with the SGS® D platform and utilises a conical and hexagonal (Cone & Hex) connection, providing a stable, micromovement-free fit and efficient load transfer.
The implant’s tapered, anatomical root-shaped body design enhances bone compression and ensures high primary stability across various bone qualities. The spirally micro-grooved surface improves the bone-to-implant interface, while the self-cutting thread facilitates insertion and reduces bone stress.
The platform switching technology supports bone level preservation and stabilises soft tissue closure. The BIONIKA SGD system offers a reliable, precise, and biologically optimised solution for implant procedures compatible with the SGS platform.
Geometry characteristics
Gingiva Former for Multi-Unit Implant Systems
The Healing abutment, multi-unit level is an abutment designed for use with multi-unit systems during the healing phase to shape the gingival tissues around implants. Its design allows for the development of an aesthetic and functional gingival contour, preparing the soft tissue for the final prosthetic restoration.
The multi-unit level fit offers the advantage of consistent vertical alignment and parallel positioning when multiple implants are used together.
Main Advantages:
- Multi-unit level connection: Abutment designed for systems connecting multiple implants.
- Gingiva-shaping function: Supports the formation of an aesthetic and uniform soft tissue contour.
- Biocompatible material: Titanium in a tissue-friendly configuration.
Application Area:
The Healing abutment, multi-unit level is an ideal choice for full-arch, multi-implant restorations where long-term stable and aesthetic gingival contours are essential within the multi-unit system.
The product image is for illustration purposes only. Colour and geometry may vary depending on the selected dimensions.
