LABORATORY TESTING

  1. Linear and volumetric measurements of local and global deviations in 3D images obtained with industrial, lab, intra-oral, and face scanners. 
  2. Object position evaluation using coordinate measurement machine (CMM).
  3. Implant placement (dynamic and static navigation) accuracy evaluation using DICOM and STL data. 
  4. Surface profilometry, SEM, optic microscopy.
  5. MicroCT analysis.

ANIMAL EXPERIMENTS

  1. Linear and volumetric measurements of local and global deviations in 3D images obtained with industrial, lab, intra-oral, and face scanners. 
  2. Object position evaluation using coordinate measurement machine (CMM).
  3. Implant placement (dynamic and static navigation) accuracy evaluation using DICOM and STL data. 
  4. Surface profilometry, SEM, optic microscopy.
  5. MicroCT analysis.

CLINICAL STUDIES

  1. Linear and volumetric measurements of local and global deviations in 3D images obtained with industrial, lab, intra-oral, and face scanners. 
  2. Object position evaluation using coordinate measurement machine (CMM).
  3. Implant placement (dynamic and static navigation) accuracy evaluation using DICOM and STL data. 
  4. Surface profilometry, SEM, optic microscopy.
  5. microCT analysis. 
  6. Histomorphometric and histologic analysis of tissues.  
  7. Testing of mechanical properties of the materials. Fatigue analysis. Mastication simulation.
  8.  Digital planning of smile, implants, ortho appliances, and prostheses. 3D printing of stents, splints, aligners, models, and prostheses. 
  9. 3D bioprinting.
  10. Clinical trials.

CONTACT FOR THE INQUIRIES REGARDING RESEARCH COLLABORATION: VYGANDASR@GMAIL.COM 

SHORT DESCRIPTIONS OF OTHER RESEARCH PROJECTS: https://www.researchgate.net/profile/Vygandas_Rutkunas