Autologous fat transfer simulation for facial volume restoration using the patient's own harvested fat tissue.
Facial fat grafting (autologous fat transfer) harvests fat from one area of the body (typically abdomen or thighs), purifies it, and reinjects it into the face to restore volume lost through aging. Unlike synthetic fillers, the transferred fat integrates with existing tissue for natural, long-lasting results.
The procedure involves three steps: liposuction harvest from a donor site, centrifugation or filtration to purify viable fat cells, and precise micro-injection into target facial areas. Approximately 60-80% of transferred fat survives long-term, making touch-up sessions common.
When available, our simulator will model the expected volume addition and facial contouring effects of fat grafting, accounting for typical fat survival rates. It will visualize projected improvements in cheek volume, under-eye hollows, nasolabial folds, temples, and jawline contouring.
Patients seeking long-lasting facial volume restoration with natural-feeling results using their own tissue rather than synthetic fillers.
Recovery Time
1-2 weeks (face), 1-2 weeks (donor site)
Procedure Duration
1-2 hours
Typical Cost Range
$2,500 – $7,000
🇺🇸 United States
Upload a photo and preview your results with our AI-powered simulator — no downloads, no hardware, no data uploads.
Try Fat Grafting SimulatorOur 468-point mesh constrains deformation to anatomically valid ranges, preventing unnatural outcomes.
Faceify achieves 0.04mm RMSD accuracy across validated facial landmarks.
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Yes — adjust parameters in real-time to explore different surgical approaches.
Disclaimer: Faceify Labs is an educational visual planning tool designed to facilitate patient-surgeon communication. It is not an FDA-cleared medical device. All previews are AI-generated approximations and do not constitute clinical diagnoses, treatment recommendations, or outcome guarantees. Actual results depend on individual anatomy, surgical technique, and healing response.
Images are processed entirely in-browser. No patient data is transmitted or stored on our servers.