Putney Beauty Salon Introduces Laser Pigmentation Treatment

Cosmedics’ Putney Beauty Salon has launched an advanced laser treatment for tackling skin pigmentation.

London, United Kingdom – March 9, 2016 /MarketersMedia/ —

Cosmedics Skin Clinics’ Putney Beauty Salon has announced a brand new treatment for the difficult yet very common issue of skin pigmentation. Excessive pigmentation is quite a common skin complaint yet one which is notoriously difficult to treat.

Now the innovative salon is offering laser pigmentation treatment with the advanced Soprano ICE laser system. This state of the art technology works to target areas of excess pigment within the skin, breaking down the excess melanin to promote clearer skin.

Dr Ross Perry, founder and Medical Director of Cosmedics Skin Clinics, explains:

“Skin pigmentation is a very common complaint, causing patchy skin with darker tones. This spoils the complexion and the effect can be generally ageing. While there is no medical or health risk, it is an issue which many patients would like to improve for aesthetic reasons.”

“Treatment choices for pigmentation have previously been quite limited and in some cases, potentially dangerous, where strong bleaching creams or aggressive IPL treatment have been used.”

“Laser treatment is safe yet effective, using no harsh chemicals at all. The laser wavelengths are specially selected to target only the excessive areas of pigment within the skin. Some people may have just one large ‘sun spot’ to treat while others have patches of freckles or large dark patches. The beauty of laser treatment is that it can be adjusted for each individual.”

One of the key contributory factors to skin pigmentation problems is accumulated sun exposure. Those who’ve sunbathed on holiday, used sunbeds or else simply had an active outdoor lifestyle can find that their skin becomes patchy, especially after the age of 40. However, there are other causes, such as hormones (with pregnancy and menopause both known to trigger pigmentation problems). Acne can also cause pigmentation problems.

Dr Perry continues:

“Before any treatment, our Beauty Therapists always assess the skin very carefully to understand what is causing the pigmentation problem, as that can have a bearing on how the problem is treated and the likely outcome.”

“Our Beauty Salon is based within Cosmedics Skin Clinics, where we have a team of practising Aesthetic Doctors. This makes us very clinically aware and our Beauty Therapists can refer patients to a doctor at any time for an expert opinion, which patients find particularly reassuring.”

“We also provide extensive aftercare advice. Treating the pigmentation is quite possible with our advanced laser system; but to retain results in the long term, patients need to adopt strict sun sense measures, especially in the following couple of months. We ensure that our patients are fully aware of the requirements so that they get the best possible results in the long term.”

Since launching in 2011, the Putney Beauty Salon has invested continuously in the latest beauty technology and treatments; including laser hair removal, laser skin tightening, electrolysis, EDS Dermastamp, CACI non-surgical and Guinot Hydradermie. Laser pigmentation treatment is a natural addition to the services available.

The beauty and hair removal business is part of Cosmedics Skin Clinics, which was established in 2003 and remains a doctor owned and managed company offering a full range of cosmetic treatments, including popular wrinkle relaxing injections, dermal fillers and lip enhancement; plus medical treatments including mole removal, thread vein treatment and excessive sweating injections. The company has a network of clinics in London and Bristol.

For more information about us, please visit http://www.putneybeautysalon.co.uk

Contact Info:
Name: Marketing
Organization: Cosmedics Beauty
Address: 4 Disraeli Road, Putney, London, SW15 2DS
Phone: 0208 246 4861

Source: http://marketersmedia.com/putney-beauty-salon-introduces-laser-pigmentation-treatment/106463

Release ID: 106463