Dermal fillers remain among the most commonly performed aesthetic treatments globally, and for good reason. They are effective, accessible, and in skilled hands can produce genuinely natural results. For many patients they are entirely appropriate.
Fat transfer occupies a different category. It uses the patient’s own tissue, carries its own biology, and integrates into the face in a way no synthetic material can replicate. Understanding what makes it distinct, and specifically how the procedure works, helps patients decide whether it is the right option for their circumstances.
Synthetic fillers work by introducing a material beneath the skin to restore volume. They are broken down by the body over time, which is why maintenance is required. Fat transfer replaces lost volume with living tissue harvested from the patient’s own body, typically the abdomen or thighs, and reintroduced into the face.
Because the transferred tissue is biologically the patient’s own, it integrates into the existing structure rather than sitting within it. It moves with facial expression, responds to the same physiological processes, and ages with the face rather than remaining static while everything around it changes.
The regenerative cells within adipose tissue also contribute improvements in skin quality that extend beyond volume alone. We cover the biology of this in detail in a companion post on the research behind fat transfer.
Fat transfer begins with a small liposuction procedure to harvest fat from a suitable donor site. The harvested tissue is then processed to remove fluid, blood, and damaged cells, leaving a preparation of healthy fat ready for transfer.
The fat is placed into the face using fine cannulas in small, carefully controlled amounts. Precision matters here. Too much in a single area, or placement at the wrong depth, produces results that look unnatural. The skill lies in distributing the graft across the right layers to achieve a result that looks like the patient’s own tissue restored rather than something added.
One of the distinguishing features of modern fat transfer technique is the layered approach to placement. The face has distinct tissue planes at different depths, and volume loss occurs across multiple layers simultaneously rather than at a single level.
Placing fat across these layers allows the surgeon to address structural volume loss in deeper planes while refining surface contour in the layers above. The result is a more complete correction than placement at a single depth can achieve, and one that integrates more naturally because it reflects how the face is actually built.
Fat transfer can address volume loss across a wide range of facial areas. Treatment is always tailored to the individual, with careful attention to proportion and balance across the face as a whole rather than correction of isolated features.
Areas commonly treated include:
Not every area requires treatment in every patient. The appropriate scope of treatment is determined by the individual assessment rather than a standard protocol.
The outcome most patients describe after fat transfer is not a dramatic change. They look rested.
The hollowness that was making them appear tired is resolved, the skin has better quality and texture, and the face looks like an earlier version of itself rather than one that has been visibly treated.
This is what a well-executed fat transfer should produce. The goal is restoration rather than augmentation, and the best results are ones that those close to the patient recognise as an improvement without being able to identify specifically what has changed.
The portion of transferred fat that survives the initial healing period behaves as permanent tissue. It does not degrade as synthetic fillers do, and results are maintained without the maintenance cycles associated with repeat filler treatments.
Research suggests average retention of around 50 to 60 percent of transferred fat at several years post-treatment.
Surgeons account for this through careful planning at the time of the procedure. In cases where a higher degree of correction is needed, a second treatment may be appropriate to build on the foundation established by the first.
Dr Sim Lew-Gor approaches fat transfer with the same principles that guide his broader practice: anatomical precision, conservative technique, and a consistent focus on preserving the natural character of the face. Treatment is planned to restore structural balance rather than to add volume for its own sake.
Each patient is assessed individually, with consideration given to facial structure, skin quality, the pattern of volume loss, and what the patient’s goals specifically require.
Consultations are available at Dr Lew-Gor’s Melbourne clinic in Balwyn and his Wagga Wagga clinic at Riverina ENT. During your appointment, Dr Lew-Gor will assess your facial structure, discuss your concerns, and outline a treatment approach suited to your circumstances.
There is no obligation to proceed, and no decision needs to be made on the day. To arrange a consultation, contact Vitae Aesthetica directly.
Fat transfer requires more than a decision to use the patient’s own tissue. The outcome depends on how the fat is harvested, how it is processed, where it is placed, and in what quantities across which layers. These decisions are made by the surgeon based on the individual face, and they determine whether the result looks natural or overdone.
Understanding this helps patients evaluate not just whether fat transfer is the right procedure, but whether the surgeon they are consulting with is approaching it with the precision it requires.
Is fat transfer painful?
The procedure is performed under sedation or general anaesthesia, so no pain is experienced during treatment. Some soreness and tightness at both the donor and recipient sites is normal in the days following surgery and is managed with standard pain relief.
How long does the procedure take?
The duration depends on the number of areas being treated. A facial fat transfer typically takes between one and three hours, including the harvest and processing of the fat.
Can fat transfer correct deep wrinkles?
Fat transfer is most effective for volume restoration and structural support rather than direct wrinkle correction. Some improvement in surface lines is common as a secondary effect of restored volume and improved skin quality, but deep dynamic lines are better addressed through other treatments.
What happens to the donor site after fat is harvested?
The liposuction harvest uses small volumes of fat and leaves no significant change at the donor site in most cases. Some temporary bruising and tenderness is normal. The areas most commonly used are the lower abdomen and inner thighs.
How is fat transfer different from a facelift?
A facelift addresses the repositioning of descended tissue and excess skin. Fat transfer addresses volume loss and skin quality. They treat different aspects of facial ageing and in many cases complement each other as part of a combined approach. Your surgeon will advise which is appropriate for your circumstances during consultation.
