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THE WORLD OF HOLISTIC WELLNESS

Permanent Hair Removal

Laser Permanent Hair Reduction

Laser hair removal utilizes beams of highly concentrated light designed to selectively penetrate into the hair follicles, to be absorbed by the pigment in the hair follicles and to destroy the hair within that hair follicle. A variety of lasers and light sources have been developed that may be employed in laser hair removal. The procedure was originally described to be performed on dark hairs on light skin; newer technologies have made the procedure safer for patients with darker skin and those of color. Various types of lasers are utilized with laser hair removal – the most common of which are alexandrite, diode, Neodymium YAG and intense pulsed light sources.

 

Why Valeda?

●   32 Years of experience.

●   1st Doctors setup to start permanent hair removal in 1985.

●   Most advanced equipments to do permanent hair removal.

●   Available Valeda Combination Holistic Modes (Uniques modes invented by Dr Seema Bali and Rajesh Bali to give 5 times faster result as compared to conventional permanent hair removal techniques available in USA)

FAQs about Laser Permanent Hair Reduction

 

1. What is Laser Hair Reduction?

This is a dummy answer penetrate into the hair follicles, to be absorbed by the pigment in the hair follicles and to destroy the hair within that hair follicle. A variety of lasers and light sources have been developed that may be employed in laser hair removal. The procedure was originally described to be performed on dark hairs on light skin; newer technologies have made the procedure safer for patients with darker s

 

2. Is Laser Hair Reduction Safe?

This is a dummy answer penetrate into the hair follicles, to be absorbed by the pigment in the hair follicles and to destroy the hair within that hair follicle. A variety of lasers and light sources have been developed that may be employed in laser hair removal. The procedure was originally described to be performed on dark hairs on light skin; newer technologies have made the procedure safer for patients with darker s

 

3. Is Laser Hair Reduction Permanent?

This is a dummy answer penetrate into the hair follicles, to be absorbed by the pigment in the hair follicles and to destroy the hair within that hair follicle. A variety of lasers and light sources have been developed that may be employed in laser hair removal. The procedure was originally described to be performed on dark hairs on light skin; newer technologies have made the procedure safer for patients with darker s

 

4. What is the duration of treatment?

This is a dummy answer penetrate into the hair follicles, to be absorbed by the pigment in the hair follicles and to destroy the hair within that hair follicle. A variety of lasers and light sources have been developed that may be employed in laser hair removal. The procedure was originally described to be performed on dark hairs on light skin; newer technologies hav

 

5. Are you having any treatment which can give permanent results?

This is a dummy answer penetrate into the hair follicles, to be absorbed by the pigment in the hair follicles and to destroy the hair within that hair follicle. A variety of lasers and light sources have been developed that may be employed in laser hair removal. The procedure was originally described to be performed on dark hairs on light skin; newer technologies have made the procedure safer for patients with da

 

6. Are you having any mode to give faster results than conventional Electrolysis Hair Removal?

This is a dummy answer penetrate into the hair follicles, to be absorbed by the pigment in the hair follicles and to destroy the hair within that hair follicle. A variety of lasers and light sources have been developed that may be employed in laser hair removal. The procedure was originally described to be performed on dark hairs on light skin; newer technologies have made the procedure safer for.

 

7. Can you tell me some home tips to control my unwanted hair?

This is a dummy answer penetrate into the hair follicles, to be absorbed by the pigment in the hair follicles and to destroy the hair within that hair follicle. A variety of lasers and light sources have been developed that may be employed in laser hair removal. The procedure was originally described to be performed on dark hairs on light skin; newer technologies have made the procedure safer for patients with darker s

 

8. Where can I find more information about this?

This is a dummy answer penetrate into the hair follicles, to be absorbed by the pigment in the hair follicles and to destroy the hair within that hair follicle. A variety of lasers and light sources have been developed that may be employed in laser hair removal. The procedure was originally described to be performed on dark hairs on light skin; newer technologies have made the procedure

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