BIONIKA BIOSS, Scanbody through screw

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

Pass-through screw for securing scanbody components used in digital impressions

The Scanbody through screw is a biocompatible titanium retention screw specifically designed for the secure fixation of scanbody components used during CAD/CAM-based digital impressions. Its pass-through design allows easy access through the internal bore of the scanbody, enabling precise tightening and positioning for accurate impression-taking.

The screw plays a crucial role in ensuring that the scanbody’s position in the digital model precisely reflects the actual clinical situation. The titanium material ensures corrosion resistance, sterilizability, and long-term reusability, making it ideal for both clinical and laboratory environments.

Main benefits:

• Supports digital workflow: Reliable fixation of scanbody during CAD/CAM impression procedures.
• Pass-through design: Easily accessible through the scanbody for precise tightening.
• Biocompatible titanium: Durable, sterilizable, corrosion-resistant, and tissue-friendly.
• Stable positioning: Accurate fit critical for digital modelling and scanning.
• Reusable: Long lifespan, cost-effective solution for both labs and clinics.

Application:

The Scanbody through screw is an essential component in digital implant impression-taking, ensuring that the scanbody remains precisely and vibration-free fixed to the implant or interface throughout the scanning process.

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