Below are some before and after shots of Josh taken at Bella Salon in Austin, Texas. Josh is not a typical candidate for the ManeGain Therapy, but his results are still excellent after just 8 weeks!!! He first noticed no more hair falling out, and was seeing visible hairs starting to regrow. You can here Josh give his video testimony here. Click on each picture below to see a larger version and to do a better comparison.
Much has been written about the effectiveness of Low Level Laser Therapy (LLLT), but the best proof is Before and After pictures showing the results. This blog highlights those results. It is important to note that in addition to LLLT, ManeGain® Hair Rejuvenation Therapy includes our additional technologies called SpectraPulse™, Dyna-Pulse® and PEDS™ which greatly increase the effectiveness of LLLT in regrowing hair.
The first series of photos shows typical results of LLLT on men experiencing androgenic alopecia. The last series shows typical results of LLLT on women experiencing female pattern hair loss. In both cases, the LLLT technology developed by ManeGain is enhanced by the addition of four different wavelengths of light and magnetic pulse. In addition, our deployment of the LLLT is more universal as we pulse the energy throughout the entire scalp.
A synopsis of Low Level Light Therapy is given below:
1 – Low Level Laser Therapy(LLLT) for hair regrowth has been demonstrated effective on Androgenic Alopecia since its discovery in 1964.
2 – LLLT is only effective in reversing male / female pattern hair lost due to hormonal issues and does not work for all causes of hair loss. It has been found to be effective in about 93% of all patients.
3 – Until now, LLLT for hair was only available in a Dermatologist’s or Hair Specialist’s office.
4 – Low Level Laser Hair Therapy is an FDA cleared technology.
5 – All Laser Hair Therapy machines operate under the same properties and the results are comparable between all machines. Examples below also include some competitive results. ManeGain increases the effectiveness and efficacy of the LLLT by adding additional photonics and magnetic pulse.