BIONIKA AG, Healing abutment, narrow

Brand characteristics

The BIONIKA AG implant system is compatible with the Anthogyr® Axiom® platform and features advanced conical connection technology that ensures micromovement-free load transfer and maximum stability.

Its precise conical–hex geometry directs forces deep into the implant body, reducing cortical bone stress and enhancing long-term osseointegration.

The spirally micro-grooved, self-locking thread profile provides excellent primary stability, particularly in immediate loading cases, while the self-cutting and bone-condensing thread design promotes rapid integration.

The platform switching concept supports natural soft tissue sealing, helping to maintain an aesthetic gingival contour.

Following the natural root anatomy, the AG implant embodies the perfect balance of precision, biomechanical efficiency, and aesthetic prosthetic fit.

Geometry characteristics

Narrow-Profile Gingiva Former for Aesthetic Tissue Shaping Around Implants

The Healing abutment, narrow is an implant-level abutment used during the healing phase to guide the natural shaping of the gingiva around the implant. Its narrow design is particularly advantageous in tight interproximal spaces or in cases with smaller implant diameters, where gentle and targeted soft tissue management is essential.

The abutment enables the creation of an optimal gingival contour to support the final restoration, ensuring both aesthetic and functional soft tissue development during healing.

Main Advantages:

• Narrow design: Optimised for tight spaces and smaller implants.
• Implant-level fit: Direct connection to the implant.
• Biocompatible titanium: Tissue-friendly, durable material suitable for healing-phase loads.

Application Area:

The Healing abutment, narrow is an ideal choice for anterior regions or cases where limited space and natural gingival shaping are simultaneously required.

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