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

The angled titanium base is an implant-level abutment that provides a prosthetic solution for tilted implants. Its indexed (anti-rotational) design enables a precise fit and unambiguous placement. The Type B design matches a specific connection system that features a different geometry from Type A.

Features:

• Implant-level titanium base
• Angled orientation for tilted implants
• Indexed, anti-rotational connection
• Type B compatibility
• Ideal for CAD/CAM technologies

This type is particularly useful in cases where implant angulation deviates from an axial abutment, while still requiring a precise, stable fit.

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