Research & Publications

To evaluate the survival rate of Spiral™ implants after insertion using low torque (< 35 N cm), by recording measurements from resonance frequency analysis (RFA), probing pocket depths and changes in interproximal crestal bone level.

The objective of this study was to assess long-term implant survival rates (DFITM/Spiral™) and bone loss in patients with moderately controlled type 2 diabetes

To present the DFI™ & Spiral™ implant macrostructure effect on marginal bone loss

An analysis and comparison of surface characteristics among various implants including ICE™ implant

The aim of the study was to compare bone-to-implant contact (BIC) between Spiral™ and ICE™ implants inserted at high torque (≥35 Ncm) due to under-drilling of the crestal bone to those inserted at low torque (<10 Ncm) due to over-drilling of the crestal bone

The aim of this study is to appreciate the influence of the diameter of Spiral™ implants and the switch platform effect upon crestal bone modeling in case of one-step flapless placement of two-piece dental implants.

Quotative and qualitative element analysis of Spiral™ implant surface by SEM & EDX

A Retrospective Multi-Center Study on the Spiral Implant aimed to assess the survival rate of the Spiral™ implant with its special advanced design in regular and complicated cases.

This report had focused on analytical results for titanium implants and on the presentation of various surface structures of . Spiral™ implant have been examined by scanning electron microscopy, qualitative and quantitative elemental analysis of the implant surfaces was performed. To document the surface roughness a 3D roughness reconstruction was performed.