Brand characteristics

The BIONIKA SI implant system is compatible with the SIC® ACE® MAX® platform and utilises a conical and hexagonal (Cone & Hex) connection, providing excellent primary stability and a micromovement-free fit.

The 22° cone angle ensures precise force transmission, while the deep-seated connection supports bone level preservation and long-term tissue stability. The implant’s anatomical, root-shaped, self-compressing thread design exerts a bone-condensing effect, making it ideal for immediate loading.

The spirally micro-grooved, self-cutting thread profile promotes rapid osseointegration and reduces insertion pressure. The BIONIKA SI system is an ideal choice for clinicians seeking a precise and durable implant solution compatible with the SIC platform.

Geometry characteristics

Model Implant for Digital Impression-Taking and CAD/CAM Workflows

The Implant analog for digital scan is a specially designed model implant intended for digital dental laboratory workflows. It accurately replicates the original implant’s connection geometry, while its surface is optimised for precise detection by both intraoral and laboratory scanners, ensuring distortion-free, high-resolution data capture.

Based on the digital impression, this model implant enables the accurate design and manufacturing of prosthetic components and restorations using CAD/CAM technology. It can be securely integrated into printed or moulded models, ensuring accurate spatial position transfer between digital and physical workflows.

Main Advantages:

• Scanner-optimised surface: Excellent visibility for digital scanners, ensuring high-precision scans.
• Implant-compatible interface: Precisely replicates the connection geometry of the original implant.
• For digital workflows: Enables full CAD/CAM integration from design to fabrication.
• Stable model fixation: Securely insertable into 3D-printed or conventional models.

Application:

The Implant analog for digital scan is an ideal solution for any dental laboratory working with digital workflows, where accurate and distortion-free modelling of implant-supported restorations is a critical requirement.

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