Infrared and red light therapy, often termed photobiomodulation and mostly applied via LEDs, is a non-invasive treatment that employs specific wavelengths of light to stimulate healing and address a variety of health and aesthetic conditions. This innovative therapy has surged in popularity in the last decade, celebrated for its efficacy, safety, and adaptability. In this article, we will explore the scientific foundations of red and infrared LED light therapy, clarifying its mechanisms, its multiple health benefits and the practical considerations for its application…
Advanced LED light therapy treatments for back acne in London
Advanced red light therapy treatments in London
Advanced blue, infrared and red light therapy treatments in London for anti-ageing, skin rejuvenation, acne, wound healing, skin firming, back pain, sports injuries, stress relief and deep relaxation at LipoTherapeia, in the heart of London. Two decades of experience, honest advice, personalised treatment, caring service. Book now!
Red light therapy: is a 10-minute treatment sufficient?
Red and infrared LED light therapy (What does red light therapy do?) is highly effective and extremely safe for both cosmetic purposes and health conditions (back pain, musculoskeletal injuries, seasonal affective disorder, etc.). With a high-power LED unit, 10 minutes may suffice, though 20 minutes (and occasionally 30 minutes) would be preferable. A high-power device is one delivering approximately 60-200mW/cm². Anything exceeding 200mW/cm² for the body or 120mW/cm² for the face is unwise unless conducted in a professional environment with meticulously crafted protocols and for a briefer duration…
Does LED light help with nasolabial folds?
Red and infrared light therapy with an LED device can indeed help with anti-ageing, skin healing and rejuvenation, giving skin a healthy glow and helping prevent skin laxity and fine lines and light wrinkles. However, its effect is not strong enough to reduce nasolabial folds (smile lines), especially deep ones that have formed over…
