A Profhilo® Structura treatment consists of two sessions, administered one month apart. Profhilo® Structura is injected in the preauricular area - the upper cheek region - using a protocol that evaluates facial structure, including midface projection, hollows, laxity, and skin density.

There is minimal down-time with the treatment and patients can go about their day with ease after an appointment.

Profhilo® is injected into the dermis where it is clinically proven to provide tissue restoration without volumisation. It does this by waking up dormant fibroblast tissue to regenerate collagen and elastin, visibly improving the skin's firmness, texture, and hydration.

Profhilo® Structura, on the other hand, is designed for deeper structural remodeling and is injected into the subcutaneous layers. It is clinically proven to reposition and regenerate the dynamic superficial fat pads located beneath the skin and connective tissue, and above the muscle and deep fat layers. Its advanced compatibility with fat cells helps counteract the flattening of facial angles and tissue descent that naturally occurs over time, resulting in a more lifted, contoured, and rejuvenated facial profile.

Both treatments offer unique benefits tailored to different skin concerns and treatment areas, ensuring a comprehensive approach to skin rejuvenation and anti-ageing.

Profhilo® Structura represents a unique category of advanced injectable treatments that specifically target and restore facial fat for natural, restorative and regenerative solution.

Unlike fillers that offer “mechanical” lifting and volumising effects, Profhilo® Structura adopts a restorative approach that the body recognises, controlling inflammation and providing subtle repositioning without triggering a ‘foreign body’ effect.

Unlike skin boosters, which are injected into the upper layers of the skin to enhance radiance with less concentrated hyaluronic acid, Profhilo® Structura specifically targets the midface superficial fat. This tissue layer requires a treatment that is both biocompatible and bioavailable with its unique cellular function and ageing process.