Solutions OralPilot

Dental · 3D PlanningLive demo · Research use

OralPilot

An implant treatment-planning studio that unifies 3D anatomy, periodontal charting, implant placement and surgical simulation in a single workflow. Clinical files never leave the browser.

  • DICOM · NIfTI · STL · X-ray input, processed only in the browser
  • 3D exploration of 70 structures, including teeth, jaws and mandibular canals; 6-point periodontal chart
  • Rule-based geometric analysis drafts position, angle and size
  • Surgical guide review and step-by-step surgical simulation
OralPilot screen — Import data

Workflow

  • Import data
  • 3D image exploration
  • Periodontal chart
  • Implant planning
  • Surgical guide review
  • Surgical simulation

Screen demo

Key screens

9 key screens from the live demo walk through the features. Use the previous and next buttons, the arrow keys or the strip below; open the live demo to try it yourself.

  1. OralPilot screen — Import data

    01 / 09

    Import data

    Load DICOM, NIfTI, STL/OBJ/PLY or X-ray files. Files are processed only in the browser and never uploaded.

    • DICOM single-frame series sorted and validated; NIfTI reading
    • Surface extraction from a CT threshold (Marching Cubes)
    • Surface files assembled in their original coordinates
  2. OralPilot screen — 3D image exploration

    02 / 09

    3D image exploration

    Explore 70 structures derived from public CBCT segmentation, layer by layer.

    • 32 teeth · 32 pulp chambers · upper and lower jaws · left and right mandibular canals · maxillary sinus floor
    • Show or hide each structure; crown, root and bone opacity
    • Ten views, including front, side, occlusal and along the implant axis
  3. OralPilot screen — Both arches unfolded

    03 / 09

    Both arches unfolded

    Unfold the upper and lower jaws to see the occlusal surfaces and mandibular canals on one screen.

    • Canal surfaces and centrelines share the same transform
  4. OralPilot screen — Facial surface

    04 / 09

    Facial surface

    Overlay a real face scan to check how the teeth relate to the face.

    • Face mask and soft-tissue opacity are remembered and restored
    • Large assets load only when needed
  5. OralPilot screen — Periodontal chart

    05 / 09

    Periodontal chart

    Record a 6-point periodontal chart per tooth; 3D exploration and implant planning share the same record.

    • PD · GM · CAL, BOP · plaque · calculus, mobility · furcation
    • Voice or text commands (e.g. "46, bleeding, 5 4 6")
    • Universal · FDI · Palmer numbering; CSV import and export
  6. OralPilot screen — Implant planning

    06 / 09

    Implant planning

    Edit the size and axis of several virtual implant plans.

    • Diameter, length, two tilt angles against the tooth axis, mesio-distal and bucco-lingual shift, depth
    • Approximate clearance to the mandibular canal and maxillary sinus
    • Select teeth and add in bulk; plan drafts from rule-based geometric analysis
  7. OralPilot screen — Focus selected site

    07 / 09

    Focus selected site

    Zoom in on the selected site to compare the original tooth axis with the planned axis.

    • Original tooth axis (blue) and planned axis (yellow)
    • Planned teeth shown semi-transparent
  8. OralPilot screen — Surgical guide review

    08 / 09

    Surgical guide review

    Review the concept guide geometry, which follows the plan.

    • Partial-arch shell · metal sleeve · drill hole
    • Guide-only view
    • CAD reference package export (STL/OBJ ZIP), for research
  9. OralPilot screen — Surgical simulation

    09 / 09

    Surgical simulation

    Step through guide seating, drilling, placement, healing and prosthetics as 3D animation.

    • Up to three staged alternatives, compared from six perspectives such as safety first or lower cost
    • Joint selection recorded after patient and clinician consent checks
    • Plan JSON and a printable HTML plan

Model

What the workspace covers

703D structures: teeth, pulp, jaws, mandibular canals…
6steps from data import to surgical simulation
10views: occlusal, both arches unfolded, along implant axis…
6periodontal sites per tooth

The anatomy is a research example derived from public CBCT segmentation data (ToothFairy3).

Specifications

Key specifications

Anatomy70 structures from public CBCT segmentation: 32 teeth, 32 pulp chambers, upper and lower jaws, left and right mandibular canals, maxillary sinus floor
InputDICOM single-frame series · NIfTI · STL/OBJ/PLY · X-ray images; up to 80M voxels and 180 MB; processed in the browser
SurfacesCT-threshold Marching Cubes (working grid up to 112³)
Periodontal chart6-point PD/GM/CAL per tooth, BOP, mobility, furcation; voice and text input; CSV
Implant planDiameter · length · tilt · mesio-distal/bucco-lingual shift · depth; approximate canal and sinus clearance
GuideConcept partial-arch shell and metal sleeve; CAD reference package (STL/OBJ ZIP)
SimulationGuide seating → drilling → placement → healing → prosthetics; up to three staged alternatives
SavingPlan JSON, printable HTML plan, browser draft storage

Talk to us

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