Services - Skin Aeshtetics - Laser Hair Removal with Depilight

Services - Skin Aeshtetics - Laser Hair Removal with Depilight

Ultra Slim Laser Clinic introduces the latest Pain-Free, Hair-Free next-generation in laser technology – Depilight -- for hair removal for the first time in India. Using this all new super hair reduction technology it proves to be an effective and permanent hair reduction solution that is simple and easy. This most advanced Pain-Free, Hair-Free uses the most successful 2nd Generation Diode Laser wavelength (808 nm), which makes it the gold standard for laser hair removal. In addition, this ensures the surface of your skin to stay cool and comfortable throughout your treatment. Pain-Free, Hair-Free is for everyone. It's safe for all skin types, hair types and most hair colors. It can even be used on tanned skin. The bottom line is - if you have hair where you wish you didn't, Pain-Free, Hair-Free is the answer. The body hair reduction process is permanent, predictable, and virtually pain-free. One needs to go through a series of office visits to see the full benefits for almost any body part, from facial or bikini line treatments to leg, arm, neck or back hair removal. Unlike other primitive methods for hair reduction where each hair is targeted individually, this new accumulative laser penetration technology covers a large surface area that can be targeted with relatively with short sessions. All treatments are performed by trained doctors and clients are free to return to normal activities immediately after each session. Because of Pain-Free, Hair-Free is a unique technology, treatment sessions are virtually pain-free. Some benefits one can enjoy include:

Complete coverage with no missed spots Fast treatment times No side effects Return to normal activities immediately (no recovery or "down time") Safe for all skin types, including tanned skin Works on fine hair too

So call to book for a consultation with our experts at Ultra Slim Laser Clinic. Enjoy the cutting-edge medical laser technology and combine it with the comfort and convenience of a trip to the spa.

What is Depilight? Using State of the Art German Technology, Depilight is one of its kind machine using two modes- DP and FDP for Epilation. DP Mode – Depilation Pulse- This is the traditional mode of epilation giving you options like short pulse, long pulse, burst and even combination of short and long pulse, to target any kind of hair. FDP Mode- ( Fast Depilation Pulse Mode): The revolutionary new module provides excellent hair removal by heating the dermis to the temperature that damages the hair follicle. This mode does not harm epidermis and it soothens legs, backs,stomach and is absolutely painfree. Why is using Depilight Painfree? Depilight is a new generation diode laser working on continuous wave . It is safe and painless because it has a superior overlapping pulse protection technology (SOPP). 1 . Each pulse heats up the follicle, without causing thermal damage. 2 . At the same point it also bombard the follicles with a train of short pulses, which just have heat enough to damage the hair follicle and the surrounding tissues which can cause regrowth. It doesn’t affect other areas of the skin. This superior technology , with in- built dual cooling system ensures the procedure is safe to use for all skin types and is very effective. Why introduce Depilight? No Burning risk Easy to use Speedy Easy operation Versatile indications Biggest advantage of Depilight is its something new in Hair removal industry, where everyone isoffering the same old procedures, Depilight gives possibility to the clinic to offer something more efficient and novel. Fast / big spot size- Faster and more procedures in a day Can do big areas like legs , back in less time Better Costs Painless and safe- Dual cooling chilled tip and superior pulse technology makes the procedure painless and safe on any skin type. Indications- Permanent hair removal Improves skin tone, glow and texture. Skin tightening Acne treatment by PDT with Indocyanine green How does LASER work LASER - Light Amplification by the Stimulated Emission of Radiation Great scientist Albert Einstein introduced the concept of Stimulated emission of light in 1917. Maiman developed first Laser- Ruby Laser.-1959 Dr.Leon Goldman pioneered the use of lasers for cutaneous pathologies. Anderson and Parrish revolutionized cutaneous laser surgery in 1980s with the introduction Application of Laser in dermatology- Permanent hair reduction (LHR) vascular lesions pigmented lesions resurfacing and subsurfacing Targets for laser light within the skin are- melanin (in hair reduction and pigmented lesions) Haemoglobin(in vascular lesions) Water( in resurfacing and subsurfacing) Laser Principles- The action of Laser energy is based on the unique properties of laser light itself and complex laser- tissue interactions. Properties of Laser Light- Monochromatic light- the emitted light is of single wavelength determined by the lasing medium .ex. solid, liquid, gas in the optical cavity of the laser through which the laser light passes Coherent light- laser light traveling in phase with respect to both time and space Collimated beam- laser light indicates emission of a narrow, intense beam of light in parallel fasion to achieve its propagation across long distance without light divergence. Collimated light can be focused into small spot sizes allowing for precise tissue destruction. Different lasers for hair reduction treatments- Ruby-694nm Alexandrite- 755nm Diode-800nm Nd-YAG(Neidymuim Yittrium Aluminium Garnet)-1064nm

Uniqueness— We are describing about Depilight – 808nm technology- Diode Lasers – Gold Standard all over the world. Depilight is the 2nd Generation Diode Laser Wavelength= 808nm This is the best wavelength for hair removal and suited for all skin types and all types of hair. It requires less number of sittings than the traditional lasers and is also effective on vellus hair also on this machine. When the melanin in the follicle absorbs the laser light energy, the hair follicle is heated and damaged (photo-thermo-Iysis). Cooling: Even laser light with perfect specificity for melanin can cause damage to the skin surrounding the hair follicles because the epidermis also contains melanin. Therefore, it is imperative to use an epidermal cooling strategy to cool the epidermis while sufficient laser energy is delivered to damage hair follicles. The most effective cooling method available is active cooling. When in contact with a cold object, heat flows from the epidermis. The important targets for hair removal lie at least 1 mm below the skin surface. When the skin is actively cooled for 0.2 - 1 seconds these targets remain warm, while the epidermal temperature plummets. Clinically, it is valuable to cool the skin before, during and after the laser pulse'for maximum epidermal protection and patient comfort. Fast cooling requires good contact with a cold, thermally conductive substance. The Chill Tip handpiece directs the laser onto the skin through an integrated, cold (approximately 5 degrees C) sapphire window. Preventing any damage to the epidermis helping in active cooling during the treatment. LASER HAIR REMOVAL: SCIENTIFIC PRINCIPLES AND PRACTICAL ASPECTS Christine C. Dierickx, M.D .. Visiting Research Scientist, Wellman Laboratories of Photomedicine, Harvard Medical School Abstract The use of lasers for hair removal has been studied for a number of years. In this procedure, laser light is absorbed by melanin in the hair shaft, damaging the follicular epithelium. A clinical study evaluated the use of the LightSheer™ Diode Laser for hair removal. Of 92 patients, all had temporary hair loss and 89% had permanent hair reduction. Regrowing hairs were shown to be thinner and lighter than previously. Extensive clinical use of this high-power, pUlsed diode laser has resulted in recommendations for patient selection and proper use of the laser. Appropriate f1uence settings have been shown to cause permanent hair reduction without damaging the epidermis, regardless of skin type. Background Laser hair removal focuses on the endogenous chromophore melanin, which is mainly found in the hair shaft, with a small amount present in the upper third of the follicular epithelium. When an appropriate energy source (such as a laser) is directed at the skin, light is primarily absorbed in the hair shaft melanin. Heat is generated and diffuses to the surrounding follicular epithelium. Similar principle applies to laser treatment of vascular lesions, where the heat generated after absorption by hemoglobin is transferred from the blood to the vascular endothelial cells.