The i-base is placed at surgery and never removed again: fewer disconnections, healthier soft tissue, and a fully digital restorative workflow.
From placement to final prosthesis, in clinic and in lab, the system replaces the usual stack of scan posts, temporary abutments and healing caps.
A single digital abutment for all treatment stages. Scan it directly in surgical and prosthetic phases, with no separate scan posts. The chimney-free design closes the marginal micro-gap and limits bacterial infiltration.
Anatomic soft-tissue shaping in three sizes, centered or offset. Rotates freely on the i-base without breaking the digital protocol.
The anti-rotational AR-sleeve seats single units on the quad-surface geometry and doubles as a scan post. The rotational R-sleeve eases the path of insertion for multi-unit prostheses.
M1.6 thread in Ti6Al4V alloy, torqued to 30 N/cm, with up to 30° of angle correction in a full 360° envelope.
One analog for all i-base options, in analog and digital protocols, with a positioning design made for 3D-printed models.
For single and multiple unit cases, open or closed tray techniques. A scannable version is available.
Prefabricated emergence profiles for anteriors, premolars, and lower and upper molars, each in centered and offset versions the clinician can modify further.
Installed at implant placement or uncovery, then never uninstalled again. The tissue interface is disturbed exactly once.
Orient the iCervico healer freely on the i-base, independent of the implant connection, while the digital protocol stays intact.
Torque the screw-retained prosthesis to 30 N/cm. The quad-surface bevel seats it with no marginal micro-gap and no mobility.
Design on the real geometry, not an approximation. The iCervico libraries put every component inside your CAD software.
Native teeth and component libraries for digital design platforms keep the scan, design and delivery phases on one uninterrupted file.
Browse the libraries
Every component, dimension and ordering reference in one document, including torque specifications and implant compatibility tables.
Download the brochure (PDF)