A single treatment, approximately 60–90 minutes, includes fat harvesting, processing, and injection
NanoFat grafting
NanoFat is autologous fat that undergoes a micro-processing and filtration technique, resulting in an ultra-fine liquid rich in stem cells, growth factors, proteins, and natural lipids. Unlike regular fat used for volume restoration, NanoFat is not intended for filling, but rather for improving tissue quality, promoting biological healing, and stimulating cellular regeneration. Why is this important in hair restoration? Applying NanoFat to the scalp allows natural components from the patient’s own body to be delivered directly to areas of thinning hair. The result: regeneration of the subdermal tissue, enhanced blood flow, improved follicle function, reduced hair loss, and accelerated growth of stronger, healthier hair.
The purpose of treatment
How does it work?
NanoFat is autologous fat (harvested from the patient) that undergoes filtration and processing to become a liquid rich in stem cells and active biological components.
This liquid is then precisely injected into the scalp, targeting areas with thinning or hair loss.
The stem cells work to stimulate regeneration within the scalp tissue, nourish the hair follicles, and enhance the surrounding metabolic environment — creating optimal conditions for renewed hair growth.
Duration of treatment
Pain level
The treatment is performed under local anesthesia, so the patient feels little to no pain. Some pressure or mild tingling may be felt during the injection.
Side effects
Not suitable during pregnancy or while breastfeeding.
Not suitable in cases of scalp inflammation or open wounds.
Not suitable for individuals with chronic blood disorders or a tendency to bleed.
Recovery time
In most cases, no significant downtime is required. Mild sensitivity or swelling may occur at the injection site for a day or two. Most patients can return to their normal routine as early as the next day.
Improvements in hair growth appear gradually over a period of 3–6 months.
Before and after |NanoFat grafting
