BIONIKA ECOPLANT, Titanium base, non-positioned

Brand characteristics

The BIONIKA ECOplant implant system combines a Cone, Hex, and Cylinder connection geometry, providing a proven, precise, and micromovement-free fit widely recognised in engineering practice.

The 30° conical angle ensures optimal force transmission while directing loads deep into the implant body, thereby reducing stress on the cortical bone.

Placement at or slightly below the cortical level supports long-term bone preservation, while the platform-switching design enables natural soft-tissue closure, creating a biological seal around the implant shoulder.

The spirally micro-grooved, self-locking thread structure and cycloid thread profile effectively dissipate dynamic forces, maintaining micromovement-free stability and promoting rapid osseointegration.

With its anatomical root-shaped design, deep thread profile, and bone-condensing geometry, the ECOplant implant ensures excellent primary stability and allows for immediate loading when clinically indicated.

The rounded apex facilitates precise surgical placement and minimises bone stress during insertion.

Geometry characteristics

Non-Indexed Titanium Base for Custom Digital Restorations at Implant Level

The Titanium base, non-positioned is a universally applicable prosthetic abutment base that connects directly to the implant and enables the secure placement of custom CAD/CAM-designed restorations (e.g. zirconia or metal-ceramic crowns and bridge frameworks). Its non-indexed design provides free rotational orientation, making it particularly suitable for unique aesthetic and functional solutions.

The precisely machined, biocompatible titanium body ensures excellent stability and long-term reliability. It is compatible with both cement-retained and screw-retained restorations and features geometry optimised for digital workflows. The non-indexed version offers flexibility where a fixed orientation is not required or desirable during the restoration process.

Main Benefits:

• Non-indexed design: Free orientation, ideal for custom prosthetic solutions.
• Implant-level connection: Direct fit to the implant.
• For CAD/CAM workflows: Perfect fit for digitally designed restorations.
• Universal application: Suitable for both cemented and screw-retained prosthetics.
• Biocompatible titanium: Tissue-friendly, sterilizable, medical-grade material for long-term use.

Application:

The Titanium base, non-positioned is an ideal choice for implant-level custom restorations when the orientation of the prosthetic can be freely defined during planning, and precise fit, digital manufacturability, and durability are all essential.

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