Implant systems
Excellence Series
A bone-level tapered implant system combining a CrossFit self-guided connection, rounded apex, linear cutting grooves and the S.L.A Pro surface.
Implant systems
A bone-level tapered implant system combining a CrossFit self-guided connection, rounded apex, linear cutting grooves and the S.L.A Pro surface.
Implant architecture
A tapered design built around insertion control and restorative simplicity.
The Excellence Series uses a tapered cylindrical body to generate progressive bone engagement. A double micro-thread profile at the neck is designed to distribute crestal forces, while the rounded apex and linear cutting grooves support a controlled surgical sequence.
Product range
One connection concept, three implant diameters.
Choose the appropriate implant diameter and length for the planned clinical site. NC and RC platform options provide a clear, flexible range for different anatomical and restorative requirements.
Order codes shown are for implants without a cover screw. The selection manual uses an “S” suffix for the corresponding configuration supplied with a cover screw. Confirm current product availability and market-specific documentation before ordering.
Design & surface
Four features shape the surgical and restorative workflow.
CrossFit self-guided connection
A guided insertion channel supports accurate component positioning and helps reduce the risk of incorrect seating.
Linear cutting grooves
Linear cutting geometry supports controlled bone engagement and a smooth implant insertion sequence.
Rounded apical structure
The rounded apex is designed to reduce local stress concentration and limit unnecessary contact with surrounding bone tissue.
S.L.A Pro surface
A sandblasted, large-grit, acid-etched and cleaned surface developed to create a consistent micro-rough topography.
One connection concept
A guided restorative path with fewer workflow decisions.
The CrossFit self-guided interface creates a defined insertion channel for restorative components. This is intended to simplify seating, help avoid incorrect insertion and support a consistent handoff from surgery to restoration.
A universalized product concept can also reduce component complexity for clinical teams and distribution partners. Exact component compatibility must always be confirmed against the current product catalog and instructions for use.
Clinical workflow