This gadget employs the two hues that are advised for acne skincare treatment: blue and red. The blue light treatment eliminates acne bacteria that multiply in the skin by feeding on sebum, causing irritation and pimples. Acne occurs when follicles get clogged, causing sebum production to grow and collect, obstructing the sebaceous glands. Spots and irritation appear.
By absorbing light, the bacteria self-destruct. LED treatment, in addition to destroying acne germs, helps decrease sebum production. Red light can also be used to alleviate inflammation, which creates redness. Omnilux Clear-U, when used consistently, will eradicate present imperfections and prevent future outbreaks.
Red light treatment is a photo rejuvenation procedure that is also utilized for anti-ageing. This is the healing light, and it has been shown to rejuvenate skin cells, enhance circulation, and encourage healthy tissue growth, making it helpful in reducing acne scars. Explore the range of Omnilux – The Skin Care Clinic.
Whereas many acne phototherapy devices solely generate blue light, the Omnilux Clear-U has both red and blue LEDs. LED light treatment is painless and safe; the light does not come from a laser, so there will be no wounds or burns, and it does not include UVA or UVB rays, which might aggravate your illness.
It is advised that you alternate blue and red light treatment sessions at least twice a week for eight weeks. A 20-minute treatment should be enough. Because the benefits of photorejuvenation build up over time, some people may desire to treat their skin up to four times each week. It employs red and infrared lights to stimulate the body’s natural healing mechanism from within. Using equipment like these eliminates the need to buy a plethora of acne remedies, gels, lotions, or creams.
Your Acne Light Therapy Questions Answered
What factors contribute to acne?
Acne occurs when a person’s skin’s sebaceous glands produce excessive oil (sebum) in reaction to androgens. This oil plugs the skin pores by combining with the cells that line the walls of these glands. Normal skin bacteria colonize the glands, and the body’s reaction to these bacteria generates the inflammation or redness associated with acne. Propionibacterium acnes, often known as P.acnes, is one of the main microorganisms responsible for inflammation. P.acnes generates natural compounds known as porphyrins, which are light-sensitive at different wavelengths. If these compounds are stimulated, they will neutralize the bacteria.
Your inflammation will go away if there are no germs present.
Medical researchers have created a laser that may trigger these molecules, removing the bacteria that cause acne, redness, or inflammation. Omnilux Blue is the name we’ve given it. Your doctor may have previously discussed this therapy with you, but this brochure is intended to answer some of your questions about it.
What exactly is Omnilux Blue?
Omnilux Blue is a light source that has been carefully calibrated to activate natural compounds found in the bacteria that produce acne redness. When activated, these substances kill the bacterium. The light also activates cells in your body that aid in healing.
Is the therapy safe?
The light is entirely safe and non-harmful to your skin. Unlike a laser, light does not produce heat. The light naturally interacts with your body to promote recovery. The best outcomes will be noticed 4-8 weeks following therapy. Subjects in trials had complete eradication of their lesions, but you could expect a 70% clearance of lesions on average.
What occurs during therapy, and is it painful?
You can sit or lie down throughout the therapy. Before the treatment, you must remove any make-up or sunscreen, and you will be required to wear safety goggles. The light will be placed near your face. The procedure lasts 20 minutes. After that, you’re free to leave. Typically, the treatment regimen consists of 8 light sessions. Depending on the severity of your acne, your doctor may advise you to use a face wash and gel from the Lite-Blue line of products to aid in therapy.
