Photographing the midface to assess cheekbone volume
- Highlighted area
Quick facts
- Views
- Frontal at rest, 45-degree oblique on both sides and one photo with raking side light, labeled.
- Light
- Diffuse from the front as the base; side light only as a supplementary photo, always from the same side and at the same height.
- Sign
- Shadow under the cheekbone and midface folds change with light and expression.
- Caution
- A volume photo needs repeatable lighting; otherwise the shadow turns into a difference in results.
The midface is where volume is most easily lost or gained to lighting. The cheekbone is a curve, not a line, and the eye reads that curve by the shadow it casts. If the shadow changes, the cheekbone "changes": a higher light deepens the space under the bone and looks like volume loss, a lower light softens it and looks like gain. That is why, before talking about filler, it is worth talking about lighting.
The subject here is documentation: how to photograph the midface so that the volume assessment is reliable, how to use side light without being fooled, and how to keep everything comparable between visits. The anatomy and clinical assessment are in malar bags: assessment and on the cheekbone page.
Why is cheekbone volume hard to photograph?
The midface brings together the cheekbone, tear trough, nasolabial fold and the transition to the jaw. Cheekbone volume is read from three visual cues: the projection of bone and fat, the shadow under that projection, and the smooth (or abrupt) transition to the cheek. All three depend on light and angle. In a frontal with flat light, all three disappear. In an oblique with light from above, the second dominates and the face looks "hollow."
A face with malar hypoplasia and another with good projection can look the same in a poorly lit frontal photo. That is why the set is three photos, not one.
What set of photos to use?
The frontal records width and symmetry. The oblique gives projection. The side-light photo shows fine relief, such as the palpebromalar groove and the compartment boundary, at a scale that front light cannot reach. The smile photo shows the cheekbone when the medial malar compartment contracts and rises.
For the oblique, follow 45-degree photo of the face. A larger or smaller turn changes the apparent projection.
How to use side light without being misled?
Side light is the "relief test." Whoever uses it sees what diffuse light hides: grooves, depressions, level differences. The risk is that it also fabricates shadows that do not represent volume loss. Three rules reduce the error:
- Fixed position. The light is always on the same side, at the same height and at the same distance. Mark the floor and take notes.
- Supplementary photo. Side light is never the only photo. The main one is the diffuse-light photo.
- Label. The file says "side light" in its name, so nobody compares it with the diffuse light.
Diffuse light is the reference, as detailed in lighting for clinical facial photos. To understand how shadow misleads, read shadow on the face in clinical photos.
What positioning precautions apply to the cheekbone?
- Horizontal Frankfurt plane. A head tilted down deepens the shadow under the bone; tilted up, it softens it.
- Gaze on the horizon, not looking down at the camera (gaze on the horizon).
- Neutral expression. A smile lifts the cheekbone and shows a full cheek that the resting face does not have.
- Hair tied back. Hair casts shadow and covers the cheekbone-temple transition.
- No contour makeup. Bronzer and "contouring" draw shadow where there is none; see makeup in clinical photos.
A camera below the face makes the cheekbone look more forward; above, it flattens it. Follow camera height.
How to record for later comparison?
Note the following in a short form linked to the chart: side and height of the light, camera distance, lens, patient position and date. That is what lets you recreate the setup. The comparison can still be made with eye alignment (aligning photos by the eyes), but alignment does not correct lighting.
| Parameter | Note down |
|---|---|
| Light | Side, height and distance of the source |
| Camera | Height, distance and lens |
| Patient | Foot position, Frankfurt plane, expression |
| Photo | Label: diffuse, side, rest, smile |
And when talking with the patient?
Show the frontal, the oblique and, if used, the side-light photo, and explain why they exist. Many patients see the side-light photo and conclude that their face is more "sagging" than it looks. Make clear that it is a relief photo, taken for your study.
What mistakes to avoid?
- Taking only the frontal and assessing the cheekbone.
- Photographing with light from above and attributing the light's shadow to the face.
- Mixing diffuse-light and side-light photos without labels.
- Changing the light position between visits.
- Allowing contour makeup.
The midface is the territory where light and volume get confused. Whoever controls the light controls the conversation.
Frequently asked questions
How do I photograph the midface to assess volume?
With a frontal at rest and 45-degree obliques on both sides, under diffuse light from the front. An extra photo with raking side light shows relief that the frontal hides, and must be labeled as such.
Why is side light both useful and risky?
It brings out relief and projection shadows, but it also creates shadows under the cheekbone and in the fold that look like volume loss. It only works if the light position is the same in both photos.
Is the frontal photo enough to plan the cheekbone?
No. It shows width and symmetry, but hides projection. The oblique shows the curve of the cheekbone and the transition to the cheek.
Does Harmy project the cheekbone?
Yes, the Cheekbone point is one of the nine areas marked on the frontal photo, with 0.5 to 5 ml and Subtle, Moderate or Pronounced intensity. The app uses only the frontal.
Harmy images are illustrative simulations generated by AI from the patient's photo to support the conversation between practitioner and patient. They are not a promise of results. Indication, technique, product and volume are solely the decision of the licensed practitioner. This content is for information only and does not replace a clinical assessment.