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

Non-indexed scanbody for digital impressions with pass-through screw retention

The Scanbody, screw-retained, non-positioned is a device used for intraoral or laboratory digital impressions, designed to capture the precise implant position and platform geometry for CAD/CAM workflows. Its non-indexed design allows for flexible use in cases where the final restoration does not require a predetermined orientation or when the orientation is determined during the digital design phase after scanning.

The pass-through screw retention ensures secure and stable fixation to the implant platform or compatible interface, minimising the risk of displacement, inaccurate data capture, or the need for rescan. The scanbody is compatible with most open CAD software systems, facilitating smooth integration into digital workflows.

Main benefits:

• Non-indexed design: Flexible application for custom or free-orientation restorations.
• Pass-through screw fixation: Secure and reliable connection to the implant or interface.
• For digital impressions: Accurate transmission of 3D position and platform data to CAD/CAM systems.
• Compatibility: Suitable for open-system intraoral and lab scanners.
• Ease of use: Easy insertion and removal without the need for auxiliary tools.

Application:

The Scanbody, screw-retained, non-positioned is ideal for digital workflows, especially for implant-level restorations where a predefined orientation is not required and the final alignment is determined during software-based planning.

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