We are using cookies to implement functions like login, shopping cart or language selection for this website. Furthermore we use Google Analytics to create anonymized statistical reports of the usage which creates Cookies too. You will find more information in our privacy policy.
OK, I agree I do not want Google Analytics-Cookies
The International Journal of Prosthodontics



Forgotten password?


Int J Prosthodont 31 (2018), No. 3     8. May 2018
Int J Prosthodont 31 (2018), No. 3  (08.05.2018)

Page 236-238, doi:10.11607/ijp.5493, PubMed:29723317

Accuracy of Milled Titanium Frameworks Constructed with Direct Scanning and Splinted Impression Techniques
Badwal, Amandeep Singh / Dudley, James
Purpose: To compare vertical microgaps of milled titanium implant frameworks constructed using (1) direct model scanning (DMS) and (2) splinted impression (SIM) techniques.
Materials and Methods: Three BioHorizon external hex implants were embedded in an epoxy resin model, and convenience samples of four identical frameworks in the DMS group and five in the SIM group were constructed. Implant-framework interfaces were scanned with a microcomputed tomography (CT) scanner, and the vertical microgap measured with one-screw and two-screw tests using CT analyzer (CTAn) software.
Results: The mean maximum vertical microgap measured using the one-screw test was 13.25 μm in the DMS group and 72.40 μm in the SIM group (P < .0001). The mean maximum vertical microgap measured using the two-screw test was 10.5 μm in the DMS group and 36.2 μm in the SIM group (P = .0002).
Conclusion: The milled titanium frameworks produced from direct scanning of implants had a smaller vertical microgap than frameworks produced from splinted impressions and master models.