Stage 1
Provisional restorations
Start strong. Design the full-arch provisional from precise implant positions, soft-tissue scans, and bite registration.
Atomica Photogrammetry
Full-arch precision.
Made simple.
Capture implant positions with confidence. Combine photogrammetry with intraoral scans for full-arch implant restorations.
Confidence across the arch.
Record the relative 3D positions of implants for your digital implant impression.
Capture without the complexity.
No calibration before each use. Set up, capture, and move on.
Freedom to design your way.
Export STL files to compatible dental CAD software, including exocad.
Why photogrammetry
Every full-arch case starts with precision.
Full-arch implant restorations start with an accurate digital implant impression. Atomica Photogrammetry records the relative positions of implants using dedicated photogrammetry scan bodies, giving your dental lab a precise reference for prosthesis design.
From provisional to definitive.
One device for full-arch restorative workflows.
Stage 2
Definitive restorations
Finish with confidence. Record implant positions for the definitive prosthesis, using the approved provisional restoration as a design reference.
Your clinical team sets the timing and protocol for each case.
Implant positions. Soft-tissue scans. Bite registration.
Combine photogrammetry, intraoral scans, and bite registration for prosthesis design.
Implant positions
Source: Photogrammetry
Recorded using dedicated photogrammetry scan bodies.
Soft tissue and bite registration
Source: Intraoral scans + bite registration
Intraoral scans record the soft tissues and opposing arch. Add bite registration and any additional jaw-relation records required for the case.
Provisional scans and tooth setup
Source: Clinical records
Scans of the provisional restoration and other clinical records help guide tooth position and occlusion.
From the chair to your lab.
Prepare.
Seat compatible photogrammetry scan bodies and select the matching implant library in your CAD software.
Capture.
Record implant positions with photogrammetry. Add soft-tissue and opposing-arch scans and the required bite registration.
Align & review.
Align the photogrammetry data with the intraoral scans in dental CAD software and review the digital model.
Design & verify.
Your dental lab designs and fabricates the prosthesis; verify fit and occlusion at delivery.
From digital implant impression to prosthesis design.
Works with the way you already work.
Export STL files for compatible dental CAD software, including exocad. Combine implant-position data with intraoral scans, bite registration, and the matching implant library for your dental lab.
Designed to work alongside your existing intraoral scanner and lab—with compatibility confirmed for your implant system. Our team will match the setup to your practice.
Check compatibilityShare your intraoral scanner, implant or multi-unit abutment (MUA) system, and dental CAD software so the discussion starts with your setup.
Build the right setup for your practice.
Extraoral capture
Capture the photogrammetry scan bodies with the camera positioned outside the mouth.
Maintenance and verification
Follow the manufacturer's maintenance and verification instructions for consistent results.
A setup for your practice
Discuss the configuration, scan-body kit, software requirements, and training for your team.
Technical specifications.
- Position-measurement accuracy
- 20–30 μm
- Measurement points
- 2–8
- File export
- STL
- Weight
- 1.3 kg excluding bracket
- Measuring distance
- 260 mm
- Measurement volume
- 90 × 90 × 50 mm
Figures are manufacturer specifications for the referenced configuration. Position-measurement accuracy describes the capture system.
Dental photogrammetry research.
Explore research on digital implant impressions and scan alignment for full-arch implant restorations.
Clinical repeatability
Negreiros et al., 2025 (opens in a new tab)↗19 arches, first-generation ICam 4D and TRIOS 3. Photogrammetry showed greater repeatability in the tests performed.
Full-arch restorative technique
Clozza, 2024 (opens in a new tab)↗A technique integrating intraoral scanning and photogrammetry for interim and definitive restorations.
Record alignment
Revilla-León et al. (opens in a new tab)↗Laboratory evaluation of tissue/implant scan registration using iCam4D, Grammee, OxoFit and Elite.
Research shown covers the systems and protocols named in each study.
Frequently asked questions.
- It measures photogrammetry scan bodies to determine the relative positions of implants or abutments, giving the restorative design an accurate reference.
- Photogrammetry records implant positions. The intraoral scanner records soft-tissue scans and the opposing arch; add bite registration and any other clinical records the case requires.
- Yes. Photogrammetry is used for both provisional and definitive restorations. Your case protocol sets the clinical records, checks, and lab steps; we can review the setup with you.
- Often, yes. Compatibility depends on your photogrammetry scan bodies, dental CAD software, implant library, and lab. Share your setup and we'll confirm the right configuration.
- STL files with implant-position data, intraoral scans, bite registration, any provisional scans or tooth-setup records, implant library details, and the laboratory prescription. Your case protocol sets the final list.
- Tell us your implant or multi-unit abutment (MUA) system, intraoral scanner, dental CAD software, and lab. We'll confirm implant/MUA connection compatibility and recommend scan bodies, implant libraries, configuration, training, and pricing.
Bring full-arch precision to your practice.
Book a live demo and see how Atomica Photogrammetry fits your full-arch implant workflow.