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

Uniform Design Impression Coping for Open Tray Technique with Flexible Insertion

The Impression coping for open tray, uniform, non-positioned is an implant-level component designed for open tray impression techniques. Its uniform geometry ensures even distribution of the impression material, reducing the risk of distortion and providing a highly accurate and easily reproducible impression.

The non-positioned design allows for free rotational adjustment during insertion, making the clinical workflow faster and more flexible, especially when rotational indexing is not required. The open tray technique provides precise spatial data on the implant's position, which is essential for accurate prosthetic fabrication.

Main Advantages:

• Uniform geometry: Consistent shape for optimal impression material flow and accuracy.
• For open tray technique: Precise impression taking via direct screw access and removal.
• Non-positioned design: Freely rotatable for quick and flexible clinical application.
• Implant-level connection: Secure and reliable fit to the implant interface.
• Biocompatible material: Sterilisable, durable, and precisely machined.

Indications:

The Impression coping for open tray, uniform, non-positioned is ideal for implant-level impressions in cases where rotational orientation is not required, but accurate spatial positioning is critical.

The product image is for illustration purposes only; colour and geometry may vary depending on selected parameters.