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Case 04 · FIG. 02

Orbitozygomatic reconstruction

Floor, lateral rim and body of the zygoma.

Open on your phone

Scan this code with your phone camera, then tap “View in augmented reality”.

iPhone and iPad: iOS 12 or later. Android: Google Play Services for AR (ARCore).

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Layers

Section plane

Measurement

Turn on measurement, then click two points on the bone, the implant or a screw. Distances are in millimetres, on the manufacturing meshes.

Implant section in blue, bone section in ochre. Models simplified for the web: measurements are indicative; the reference dimensions are those of the design file.

Reading the case

What the model shows

A one-piece implant that rebuilds the orbital floor, the lateral rim and the body of the zygoma. Its shape is obtained by mirroring the healthy side, then adjusted to the bone edges on the affected side.

What to look at in the viewer

  1. 01Front view: comparison of both orbits, reconstructed side and healthy side.
  2. 02Coronal plane through the orbit: contour of the reconstructed floor.
  3. 03Measurement: width of the floor, height of the lateral strut.

Measured values

Region
Orbit and zygoma
Overall size
40 × 38 × 64 mm
Thickness
≈ 0.45 mm
Volume
1.1 cm³
Mass (Ti-6Al-4V)
≈ 5 g
  • Mirrored design from the healthy side
  • Frontal and malar fixation
  • Contoured floor

Measurements taken on the manufacturing meshes. Thickness: median distance between opposite faces; mass: volume × 4.43 g/cm³.

Augmented reality · 1:1 scale

The implant at full size, on your table

Place the implant in the room at its real dimensions (40 × 38 × 64 mm) and walk around it with your phone.

Open on your phone

Scan this code with your phone camera, then tap “View in augmented reality”.

iPhone and iPad: iOS 12 or later. Android: Google Play Services for AR (ARCore).

A similar case to plan?

Send the imaging: the feasibility study comes before any design.

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