“Small facial bones” is a broad visual description rather than one anatomical diagnosis. A face can look underprojected because of the cheekbones, chin, jaw framework, midface position, orbital rim, soft-tissue volume or the relationship between several regions. Before discussing augmentation, I want to identify which part of the facial skeleton is genuinely deficient and which part only appears small because neighbouring structures are more prominent.
Projection, width and vertical height are different skeletal dimensions
A chin can be narrow but project adequately. A cheek can have reasonable width but limited anterior projection. A lower face can look small because the chin lacks vertical height rather than because it sits too far back.
These dimensions should not be collapsed into one request for “more bone”. The treatment has to follow the missing direction, because increasing projection in the wrong region can make the face larger without making it more balanced.
Two small-looking faces can have opposite mechanisms
One patient may have genuine malar underprojection with a relatively normal soft-tissue envelope. Another may have adequate cheekbone support but look flat because midface fat has descended or volume has been lost.
The first can be a structural augmentation problem. The second is not improved simply by placing an implant on normal bone. The same visual flatness can therefore require opposite advice.
Cheek underprojection should be separated from soft-tissue volume loss
Cheek Augmentation is relevant when the malar region is genuinely underprojected and the desired change is structural. The current procedure content explicitly distinguishes true skeletal underprojection from soft-tissue descent, volume loss and skin thickness.
I think that is the central decision. An implant can add structure; it cannot lift descended tissue or replace diffuse soft-tissue volume loss throughout the face.
The chin can change the perceived size of the entire lower face
A recessed or underprojected chin can make the nose look stronger, the jawline less defined and the lower third of the face appear smaller. Correcting that one region can sometimes restore balance without changing the rest of the facial skeleton.
Chin Augmentation is therefore useful only when the deficiency is genuinely located at the chin. The existing procedure architecture also separates projection from height, width, mandibular position and bite relationship.
A small chin is not automatically a small jaw
The mandible extends far beyond the chin. A patient can have an underprojected chin point with otherwise proportionate mandibular width, or a broader lower-jaw issue that cannot be reduced to one implant at the front of the face.
If the dominant problem involves jaw position, dental relationship or a larger skeletal discrepancy, that belongs to a different diagnostic category. A local aesthetic implant should not be used to disguise a structural problem outside its reach.
The midface and lower face should be assessed together
Adding projection to the cheeks can change how the lower eyelids, nasolabial region and jawline are perceived. Adding projection to the chin can change how the nose and neck are perceived.
This is why facial skeletal augmentation is never only a local measurement. I want the transitions between regions to improve, not just one point to become more prominent.
Thin soft tissue changes how much structural augmentation the face can carry
An implant or other structural augmentation is read through the skin and soft tissue above it. Thin coverage can make edges, transitions or asymmetry more visible.
I therefore prefer conservative projection when coverage is limited. A smaller structural correction that blends naturally is more valuable than a larger implant that announces itself through the overlying tissues.
Facial asymmetry places a ceiling on perfect skeletal symmetry
Most faces have differences between the two sides of the cheekbones, jaw, orbit or chin. Augmentation can improve a distracting imbalance but cannot make the entire skeleton mathematically identical.
I plan toward visual balance. Chasing perfect symmetry with progressively larger or different implants can create more visible treatment than the original asymmetry ever did.
Temporary soft-tissue treatment can sometimes clarify whether projection is the missing dimension
When the diagnosis is uncertain and the desired change is modest, a reversible or temporary volumetric approach can sometimes help demonstrate whether added projection genuinely improves the facial relationship.
That should not be confused with proving that a permanent implant is necessary. It is simply one way of testing the visual hypothesis before a more durable structural decision.
Reference faces are especially misleading in skeletal planning
A cheek or chin that looks ideal on another person is built over a different skull, soft-tissue thickness and facial width. Copying the same projection can therefore create a completely different result.
I use reference images to understand what quality the patient likes — stronger midface support, more lower-face projection, clearer definition — rather than as a template to reproduce.
What I consider a successful structural result
I want the underdeveloped region to stop making the face feel deficient while preserving transitions that look native to the patient. The cheek should not become an implant-defined ledge and the chin should not become a new dominant feature.
The strongest result is often the smallest structural change that restores the relationship between facial thirds.
What I assess before recommending augmentation
I map cheek and midface projection, chin projection and height, jaw width and position, facial asymmetry, orbital and nasal relationships, soft-tissue thickness, bite or dental concerns, previous filler or surgery and the patient’s actual visual goal.
The conclusion may be cheek augmentation, chin augmentation, a soft-tissue strategy, a different skeletal assessment or no treatment. “Small facial bones” becomes useful only after the specific bone and missing dimension have been identified.
