Crystal guide codiagnostix workflow
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The document outlines the workflow for guided surgery using CrystalGuide CoDiagnostix, detailing steps such as patient impression, optical scans, and CBCT scans for both partially and totally edentulous cases. It describes the dual scan protocol and planning processes involved in implant positioning and alignment of datasets. Clinical applications and tools, including quantum components for guided surgery, are also discussed.
Crystal guide codiagnostix workflow
- 1. 1 CrystalGuide CoDiagnostiX workflow for guided surgery with CrystalGuide CoDiagnostiX Clinical case Dr. Igor Kaplansky
- 2. 2 • Workflow steps with CoDiagnostiX 1. Impression of both jaws and bite registration (in edentulous case impression over denture) 2. Optical scan of the master model and antagonist in bite relation by lab, delivered as stl-file CrystalGuide Quantum
- 3. 3 CrystalGuide CoDiagnostiX Fit of existing full dentures is controlled and eventually relining performed Biocryl vacuform stent is fabricated over model of denture Only for edentulous cases:
- 4. 4 1. Single scan protocol (classical for partially edentulous) 1. Patient is CBCT scanned with slightly opened bite (secured with closing on cotton rolls) Indication: partially edentulous cases CrystalGuide CoDiagnostiX
- 5. 5 2. Dual scan protocol (classical for edentulous) 1. Patient is CBCT scanned with a Biocryl vacuform stent on denture in place 2. Denture with Biocryl vacuform stent is CBCT scanned alone in a separate scan Indication: totally edentulous cases CrystalGuide CoDiagnostiX
- 6. 6 • Dual scan protocol Step 1 CT or CBCT scan of patient wearing the denture with Biocryl stent CrystalGuide CoDiagnostiX
- 7. 7 • Dual scan protocol Step 2 CT or CBCT scan of denture with Biocryl stent alone CrystalGuide CoDiagnostiX
- 8. 8 • Dual scan protocol Step 3 Alignment of these both datasets and planning in relation to scan appliance CrystalGuide CoDiagnostiX
- 9. CBCT scan with Biocryl stent
- 12. Biocryl stent and mandible
- 13. Biocryl stent on denture segmented
- 14. Model surface created from underside of denture
- 15. Model created from underside of denture
- 16. Planned Quantum implants with multi unit abutments
- 17. Planned Quantum implants with multi unit abutments
- 18. Cross-sectional slice, green line is crestal level, 2 mm subcrestal placement
- 19. 19 • Clinical case Dr. Igor Kaplansky Optical scan of the master model and antagonist in bite relation CrystalGuide CoDiagnostiX
- 20. CrystalGuide CoDiagnostiX Model aligned to CBCT dataset
- 21. CrystalGuide CoDiagnostiX Model aligned to CBCT dataset
- 22. CrystalGuide CoDiagnostiX Model and antagonist aligned to CBCT dataset
- 23. CrystalGuide CoDiagnostiX Model and antagonist aligned to CBCT dataset
- 25. CrystalGuide CoDiagnostiX Panoramic sum image with planned implants
- 26. CrystalGuide CoDiagnostiX Planned implant positions on model in occlusion
- 27. CrystalGuide CoDiagnostiX Planned implant positions on model in occlusion
- 28. CrystalGuide CoDiagnostiX CrystalGuide designed with lateral access openings and tubes adapted to Quantum guiding system developed by Dr. Michael Gross
- 29. CrystalGuide CoDiagnostiX CrystalGuide designed with lateral access openings and tubes adapted to Quantum guiding system developed by Dr. Michael Gross
- 31. 31 CrystalGuide CoDiagnostiX Quantum components for guided surgery
- 32. CrystalGuide CoDiagnostiX CrystalGuide, Quantum bone harvesting drill, tube insert and stopper
- 33. CrystalGuide CoDiagnostiX CrystalGuide, Quantum bone harvesting drill, tube insert and stopper