Brand characteristics

The BIONIKA Bioss implant system represents a refined evolution of the classic internal hex connection, providing reliable biomechanical stability and long-term osseointegration.

Its design follows the natural anatomy of the tooth root, ensuring optimal load distribution and excellent primary stability, even in immediate loading cases.

The specially engineered thread geometry exerts a bone-condensing effect, promoting rapid osseointegration and micromovement-free fixation.

The system is compatible with the following implant platform:

• DenTi® Root Form®

The BIONIKA Bioss embodies the harmony of functionality, precision, and Hungarian innovation in modern implantology.

Geometry characteristics

Stable open tray impression coping with wider diameter

The Impression coping for open tray, multi-unit level, non-positioned, wide is a prosthetic component designed for multi-unit systems and open tray impressions. Its wider design provides enhanced stability and better support for the impression material, especially in cases involving wider or longer-span restorations.

The non-indexed version allows for free rotation during insertion, simplifying the procedure in situations where precise orientation is not critical. The open tray technique offers accurate three-dimensional data on implant positioning, which is essential for precise laboratory fabrication.

Main advantages:

• Wide design: Greater stability within the impression material; ideal for multi-unit or full-arch restorations.
• Multi-unit level connection: Compatible with systems linking multiple implants.
• For open tray use: Direct screw-retained fixation ensures precise positioning and impression accuracy.
• Non-indexed design: Flexible insertion with free angulation based on clinical requirements.
• Biocompatible, durable material: Precisely machined and sterilizable construction.

Application:

The Impression coping for open tray, multi-unit level, non-positioned, wide is an excellent choice for full-arch or large-span restorations supported by multiple implants, where stable fit and accurate positional transfer are critical.

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