Brand characteristics

The BIONIKA Bonelit implant system utilizes an advanced “tube-in-tube” connection concept with a four-position, ribbed anti-rotation design that ensures a stable, micromovement-free fit between the abutment and the implant.

The conical precision connection provides optimal force transmission by directing loads deep into the implant body, thereby reducing stress on the cortical bone.

Placement at or slightly below the cortical level is recommended to enhance primary stability and maintain long-term bone preservation.

The internal platform-switching design allows the bone to naturally grow over the implant shoulder, providing biological sealing and lasting bone preservation.

The spirally micro-grooved, self-locking thread structure combined with the bone-condensing, anatomical root-shaped body ensures rapid osseointegration, high primary stability, and suitability for immediate loading.

The rounded implant apex facilitates surgical placement, ensuring accurate positioning and minimal bone stress.

The BIONIKA Bonelit system is compatible with the following platforms:

• ICX® da Vinci®
• Straumann® BoneLevel®

It offers a reliable alternative to premium implant systems, combining Hungarian precision with innovative engineering excellence.

Geometry characteristics

Narrow, indexed impression coping with accurate orientation for open tray technique

The Impression coping for open tray, multi-unit level, positioned, narrow is a precision impression component designed for multi-unit systems and open tray impressions. Its narrow design allows use in tight implant sites, small interproximal spaces, or limited soft tissue height, where a compact form is essential.

The indexed design ensures the coping is always seated in the same orientation relative to the multi-unit abutment, allowing the spatial information captured in the impression to be accurately transferred to the dental model. This is crucial in restorations involving multiple implants, where precise orientation is key to the final fit and aesthetics.

Main advantages:

• Narrow design: Ideal for tight interimplant spaces and small multi-unit platforms.
• Multi-unit level connection: Accurate interface with systems linking multiple implants.
• For open tray technique: Ensures excellent three-dimensional transfer with direct screw-retention.
• Indexed configuration: Predetermined orientation for high-precision repositioning.
• Biocompatible, sterilizable material: Precisely machined for clinical and laboratory use.

Application:

The Impression coping for open tray, multi-unit level, positioned, narrow is the ideal solution for multi-implant restorations requiring accurate orientation, especially in cases with limited anatomical space where narrow components are beneficial.

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