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

Manual Implant Driver for Bionika System – Precision-Controlled Manual Insertion

The Implant driver, manual, Bionika is a manually operated implant placement tool specifically designed for compatibility with the Bionika implant system. It allows for controlled, hand-guided insertion of implants in situations where motor-driven placement is either unnecessary or not recommended – such as in delicate anatomical regions or cases of low bone density.

The connector end fits precisely with Bionika system implants, ensuring stable fixation and reliable torque transmission. Its ergonomic design enhances surgical precision and reduces procedure time. Made of medical-grade stainless steel, the driver is fully sterilizable and reusable in clinical environments.

Main Advantages:

• Compatible with the Bionika system: Specifically tailored for this connection type.
• Manual control: Enables precise, fine-tuned insertion in any clinical scenario.
• Vibration-free connection: Ensures reliable torque transmission between implant and tool.
• Ergonomic design: Comfortable handling and secure grip during procedures.
• Medical-grade stainless steel: Sterilisable, corrosion-resistant, and long-lasting instrument.

Application Area:

The Implant driver, manual, Bionika is ideal for manual insertion of implants in the Bionika system. It is particularly advantageous in clinical cases requiring fine torque control—such as in softer bone structures, aesthetic zones, or hard-to-access areas.

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