Mr Olivier Amar features on Channel 4’s Surgery Secrets of the Super Rich
We’re delighted to share some exciting news, Mr Olivier Amar has been featured on Channel 4’s brand new documentary series, Surgery Secrets of the Super Rich. Offering viewers an exclusive look behind the scenes into his approach to aesthetic surgery and patient care. Surgery Secrets of the Super Rich is a new six part series giving viewers rare, VIP level access to some of the UK’s leading cosmetics clinics. The show explores the real people, real pressures and real procedures behind Britain’s booming cosmetic surgery scene — from subtle, everyday tweaks to the more advanced, in demand treatments.
Mr Olivier Amar brings over two decades of experience in advanced regenerative techniques, shaped in part by years spent working alongside his father, Dr R. E. Amar, the pioneer of Facial Autologous Muscular Injection (FAMI). That grounding, combined with his own dedication to precision and refinement, has helped establish him as one of the UK’s foremost authorities in the field, one who continues to push the boundaries of research and innovation in regenerative medicine.
What Mr Amar brought to the screen
Fat Transfer to Hands
Fat transfer to hands, also known as hand fat grafting or hand rejuvenation surgery, is a minimally invasive procedure designed to restore lost volume and improve the overall appearance of ageing hands. As one of the most revealing signs of ageing, the hands are often overlooked in cosmetic treatments. The hands experience the same loss in fat and collagen as the face, accentuating signs of ageing such as loose or crepey skin.
This procedures involves harvesting fat cells through liposuction from areas like the stomach, flanks or thighs, processing them to extract the most valuable source of stem cells, and carefully injecting the enriched cells into the backs of the hands to restore volume, smooth out wrinkles, and camouflage prominent tendons and veins.
Nano Fat Transfer to Face
Nano fat transfer to face surgery, also known as autologous fat transfer, is a minimally invasive surgical procedure that uses your body’s own fat to improve facial skin tone and texture, effectively restoring youthful appearance to ageing skin. This innovative technique involves harvesting fat cells through liposuction from areas like the stomach or thighs, processing them to extract the most valuable source of stem cells, and carefully injecting the enriched cells into the face to target areas for skin rejuvenation. Through an advanced filtration process, the fat becomes a liquid-rich SVF (Stromal Vascular Fraction) stem cell solution.
The nano fat transfer procedure brings multiple benefits to facial rejuvenation:
- Natural looking results using your own tissue
- Improvement in skin tone and texture
- Reduction in fine lines and wrinkles
- Enhanced facial contours
- Harnesses regenerative properties of stem cells
- Minimally invasive procedure with shorter recovery time
- Long lasting results
- Suitable for delicate regions that are hard to treat with synthetic fillers, like tear troughs.
Uvence Skin Rejuvenation Treatment
Uvence is a clinically advanced, non-surgical skin rejuvenation treatment that uses your own fat cells to restore, regenerate and refresh the skin, with minimal downtime and no synthetic materials. Unlike traditional dermal fillers, Uvence is powered by autologous nano fat – regenerative tissue extracted from your own body, cryogenically preserved to the highest laboratory standards and made available for on-demand reinjection at any time in the following five years.
Key skin benefits of Uvence treatment:
- Skin appears visibly smoother and more radiant, acne scars and surface irregularities fade over time.
- Treated skin feels firmer and more resilient, with a naturally youthful appearance.
- The regenerative properties of nano fat provide lasting hydration and a gentle lifting effect.
- Your adipose tissue is securely stored at the Uvence laboratory, available for on-demand treatment at any point within five years of your initial extraction.
