Based on the proven deep conical design from CONELOG®, and the Tapered Pro body, BioHorizons Tapered Pro Conical’s design features provide a predictable solution for immediate treatment. It is designed for surgical efficiency with a best-in-class conical connection.1
Tapered Internal dental implants provide excellent primary stability, maximum bone maintenance and soft tissue attachment for optimal esthetics. The Tapered Internal implant achieves these benefits from its anatomically tapered dental implant body, aggressive buttress threads and advanced Laser-Lok surface technology. The deep 1.5mm internal hex connection with a lead-in tapered bevel create a rigid connection and a stable biologic seal.
Tapered Pro Conical's connection features a long conus designed to reduce micromovements and a 7.5° angulation that is proven to provide superior positional stability in comparison to other conical systems.2
The 6-cam connection is designed for flexible abutment orientation options and direct-drive for simpler implant insertion.
Deep, buttress threads are designed to provide primary stability.
Using only two prosthetic platforms to improve restorative workflow efficiency and simplify inventory management.
Featuring platform-switching, designed to preserve crestal bone and deliver esthetic results.
The flat implant shoulder is designed to reduce vertical discrepancy by allowing restorative components to sit on the implant shoulder preserving the conical connection for final abutments.
Equipped with Laser-Lok surface treatment shown to create a connective tissue attachment and retain crestal bone. The reduced collar diameter is designed to preserve vital bone.
End cutting, self-tapping, helical cutting flutes designed for controlled placement.
Control cellular migration - control esthetic outcomes
Only the Laser-Lok surface has been shown using light microscopy, polarized light microscopy and scanning electron microscopy to also be effective for soft tissue attachment. 4,5
"There is no other implant that shows functional orientation of fibers. There is not one. This is the only one. This is so important." 6
— Dr. Edward P Allen
