LED phototherapy treatment

Red light therapy vs infrared light therapy: what are the differences?

Red light therapy vs infrared light therapy: what are the differences?

Red light therapy (wavelengths of 620 to 750 nm) and near infrared light therapy (wavelengths of 800 to 2,500 nm) has become very popular the last few years for both aesthetic (anti-ageing, acne, hyperpigmentation, skin rejuvenation etc) and wellness (pain relief, sports injuries, back pain, seasonal affective disorder, burns, wound healing etc) applications. Many people wonder what is the main difference between red light and near infrared (NIR) light therapy and the answer is quite simple, as we will see below...

Low-level light therapy (phototherapy) works with light - never with heat

Low-level light therapy (phototherapy) works with light - never with heat

"Ah yes, LED light therapy, good reminder to use again my RF wand I have at home…" This is how some people react when they hear about red light therapy / photobiomodulation, erroneously believing that light therapy works by heating up the skin. However, this could not be further from the truth. Low level light therapy (LLLT), with either...

What are the differences between an LED mask and a dome/canopy shaped LED device?

What are the differences between an LED mask and a dome/canopy shaped LED device?

LED light therapy (phototherapy / photobiomodulation) is used to treat a variety of aesthetic and health concerns, most commonly skin ageing, skin wounds/burning, diabetic wounds, psoriasis, hyperpigmentation, acne, seasonal affective disorder, sports injuries and back pain, among others - and to enhance the effectiveness of other treatments, such as radiofrequency or ultrasound. Red and infrared light wavelengths are used for all the above concerns, except from blue wavelength, which is used for acne and psoriasis. LED devices come in the shape of masks, panels and dome/canopy style...

How does infrared / red light therapy work?

How does infrared / red light therapy work?

Energy in every single cell of the human body is produced in specialised cell compartments called mitochondria. Mitochondria is where oxygen is utilised to produce ATP, the energy currency of the cell. If mitochondria malfunction then the whole cell malfunctions and underperforms. On the skin, this can lead to aesthetic problems (dull, irritated, inflamed or unhealthy skin). In other organs and tissues this can lead to a poorer state of health, lower energy levels, slower recovery from injuries etc…

Laser vs red light LED vs infrared light LED vs radiofrequency for skin tightening and cellulite

Laser vs red light LED vs infrared light LED vs radiofrequency for skin tightening and cellulite

Which is better for body skin tightening and cellulite: laser or radio frequency? Absolutely NOT laser. Laser is way too superficial and also pointless for skin tightening or cellulite. There are two types of lasers: strong, ablative, lasers aim to burn the surface of the skin to stimulate new epidermal growth. Cellulite, however, is found at the deepest layer of the skin (hypodermis), not the most superficial (epidermis), so ablative lasers do not work for cellulite at all…