30 second Hair Transplant

Suitable for Men & Women

Nanofibres are designed to work equally as effectively on both sexes, and for people of any age. Whether you're a gentleman who accepts gradual loss over the years but would like to cosmetically control the rate and scale of their thinning appearance or if you are a lady that has a thinning problem which tends not to get much worse than patchy loss or generalized thinning - Nanogen is perfect for you.

Take control over your hair loss and don't look back!

Electrostatically Charged

The Nanofibres jar is specially designed to give maximum static charge to the fibers. Fibers become more charged as they exit the dispensing mesh. The materials in the Nanogen dispensing system have been chosen based on their electrostatic donating potential.

How do Nanofibres work?

Nanofibres are applied quickly and without mess by simply shaking the container over the thinning area, releasing thousands of the microscopic color-matched hair fibers, which intertwine with, and branch off of your natural existing hairs.

Charged with static electricity, they bond in fir tree patterns along the hair fiber so securely that they will stay in place all day, in strong winds and rain, and will not stain or smear, but can be easily washed out with a shampoo wash.

Nanofibres were originally developed to aid hair transplant patients whilst in recovery. The authentic look gained from Nanofibres were perfect for people waiting for the results that surgery gave them.

Today, Nanofibres are extremely popular with people from all walks of life, all over the world, who want to look their best everyday and feel great about their appearance.

Nanofibres have been in continuous development since their invention nearly a decade ago to make them the finest instant hair camouflage available. Now Nanofibres offer several patent pending advantages over rival newcomers. That's why Nanofibres continue to be endorsed by the most reputed hair loss organizations in Europe and around the world. Upgrade to Nanogen's Nanofibres today.