Laser Hair Regrowth

Get most modern laser treatment. We can assure you of having new hair. The laser treatment is totally pain-free and there are no reported side affects.

The Laser Medical Center, working for providing ultra modern technology to health and beauty conscious people of the country, has proudly introduced the world’s latest technology for Hair re-growth – Laser Therapy and Robotic Transplant – which are more effective and less invasive than follicular hair transplant.

Take the advantage of non invasive and non chemical hair loss treatment through modern laser technology without harming your skin & scalp.

Greater hair loss is usually due to oversensitivity to Dihydrotesterone (DHT). DHT is formed by the 5-Alfa Reductase enzyme converting the usual sex hormone into a new hormone. DHT attaches itself to the hair follicle’s receptors and the immune system reacts by lowering the blood flow to the hair follicle to starve out DHT. The hair follicle receives less nutrition and can no longer producer hair of the same quality and thickness as before

Lasers are widely used in medicine, in industry, in the military, and of course, as weapons in science-fiction. The laser’s energy used to stimulate hair growth is visible in the red light spectrum. Their use in treating hair loss and other medical conditions is defined as low-level laser therapy (LLLT). LLLT is sometimes included under a broader definition of phototherapy called “low-level light therapy” where the light-emitting device may be a laser or a light-emitting diode (LED). Only laser energy has been proven effective in the treatment of hereditary hair loss whereas phototherapy using lasers and LEDs have numerous uses in medicine.

Light from a laser has an effect on your body when the specific wavelength of light is absorbed by molecules of the target tissue. When light energy is absorbed by target tissue molecules, the energy level of the molecules is increased and the molecules respond by “working off” the excess energy with adaptive changes. These changes may be chemical or physical and they may have biological effects on the target tissue or surrounding tissues. Because the changes in the molecules are brought about by phototherapy, chemical changes are said to be due to “photochemistry” and physical changes to “photophysics.” As a result, the biological effects on tissue are called hotobiomodulation.

Many hypotheses have been offered to explain how LLLT photobiomodulation may stimulate new hair growth. While LLLT’s chemical and physical effects have occurred with new hair growth attributed to LLLT, none of these effects has been shown as the primary effect in stimulating new hair growth. It is however, hypothesized that LLLT mediates new hair growth through either a direct or an indirect increase in proliferative activity within the hair follicle epithelial matrix.

Evidence also points out that laser energy reverses follicular apoptosis (programmed cell death) and from observations of wavelength stimulation of optimal hair growth and from an ex-vivo study, it has been shown precisely what wavelengths, power, intensity are necessary for optimal effect in stimulating new hair growth.