Brand characteristics

The BIONIKA Bioplant implant system is based on a classic internal hexagonal connection design, providing excellent primary stability and long-term biomechanical reliability.

Its precise fit and optimized thread structure ensure even load distribution, reducing bone stress and promoting rapid osseointegration.

The implant’s design supports stable soft tissue closure and facilitates highly aesthetic prosthetic outcomes.

The system is compatible with several widely used implant platforms, including:

• Amelo®
• OT Medical®
• Pitt-Easy®
• Symplant®

The Bioplant offers a dependable and versatile solution for both aesthetic and functional restorative treatments.

Geometry characteristics

Indexed Scanbody for Digital Impressions – Multi-Unit Platform with Pass-Through Screw

The Scanbody, screw-retained, multi-unit level, positioned is a digital impression device that enables accurate 3D recording of the position and orientation of prosthetic components on multi-unit platforms within CAD/CAM systems. The indexed design ensures that the scanbody fits in the same orientation upon every repositioning, guaranteeing the precise fit and predictable alignment of the final restoration.

The multi-unit level connection allows the scanbody to be directly attached to the multi-unit platform, while the pass-through screw retention provides a stable and secure fit throughout the scanning process. This precise positioning is particularly advantageous for full-arch, screw-retained restorations and bridges, where orientation accuracy is critical.

Main Advantages:

• Indexed design: Ensures precise and repeatable restoration positioning.
• Multi-unit level compatibility: Attaches directly to the system’s platform.
• Pass-through screw connection: Provides reliable and stable fit during scanning.
• Digital accuracy: Ensures accurate data transfer to CAD/CAM systems.
• Versatile application: Suitable for both intraoral and laboratory scanning.

Application:

The IndeScanbody, screw-retained, multi-unit level, positioned is ideal for digital dental workflows, especially in cases involving multiple implants where precise orientation and predictable repositioning of the final restoration are essential.

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