Dr Anurag Agarwal
MBBS, MD Skin, DM
Specialty : Dermatologist
Experience : 17 years
Dr Sarita Agarwal
MBBS, MD Skin, FRCS
Specialty : Dermatologist
Experience : 8 years
Opening Time
Targeted Light Therapy (308 nm)
Targeted Light Therapy using 308 nm excimer light is an advanced, non-invasive dermatological treatment designed to manage a variety of chronic and inflammatory skin conditions with precision and safety. This therapy delivers a focused beam of ultraviolet B (UVB) light directly to affected skin areas, minimizing exposure to healthy surrounding skin. The 308 nm wavelength is particularly effective in treating conditions such as-
- Psoriasis
- Vitiligo
- Eczema
- Lichen planus
- Alopecia Areata
- Localized inflammatory dermatoses
High accuracy, Shorter treatment duration
By selectively targeting diseased skin, the treatment helps reduce inflammation, slow abnormal skin cell proliferation, and stimulate natural repigmentation in conditions like vitiligo. One of the key advantages of targeted light therapy is its high accuracy and shorter treatment duration compared to conventional phototherapy. Since only affected areas are treated, higher therapeutic doses can be delivered safely, often resulting in faster clinical improvement with fewer sessions. The procedure is painless, requires no anesthesia, and is performed on an outpatient basis, allowing patients to resume normal activities immediately after treatment. From a cosmetic perspective, targeted light therapy helps improve skin texture, tone uniformity, and visible lesions, leading to enhanced aesthetic outcomes and patient confidence. It is suitable for adults and children, including patients who may not be ideal candidates for full-body phototherapy.
Our clinic utilizes state-of-the-art 308 nm technology under expert dermatological supervision, ensuring individualized treatment protocols, optimal safety, and consistent results. A personalized consultation is conducted to assess suitability, expected outcomes, and treatment duration for each patient.

