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

Narrow non-indexed scanbody for digital impressions with pass-through screw retention

The Scanbody, screw-retained, non-positioned, narrow is an implant-level digital impression component used for the precise planning of CAD/CAM-based custom restorations. Its narrow design allows for use in tight spaces, such as anterior regions or cases with closely positioned implants. The non-indexed configuration offers full freedom to define the restoration’s final orientation during the digital design process.

The pass-through screw retention ensures stable and accurate connection to the implant or interface, preventing any movement during scanning. The scanbody geometry is compatible with both intraoral and laboratory scanners and supports most open CAD systems, making it an excellent fit for modern digital dental workflows.

Main benefits:

• Narrow design: Ideal for limited spaces and aesthetic zones.
• Non-indexed version: Flexible orientation during digital planning.
• Pass-through screw retention: Ensures stability and precision throughout the scan.
• Optimised for digital impressions: Suitable for intraoral and laboratory scanners.
• CAD/CAM compatible: Supports contemporary digital design and manufacturing processes.

Application:

The Scanbody, screw-retained, non-positioned, narrow is the ideal choice for digital implant-level impressions, especially in clinical situations with limited space where restoration orientation is to be defined during the digital design phase.

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