Erchonia EVRL Violet Laser

Erchonia EVRL Violet Laser non-thermal, Low-Level Laser Therapy (LLLT) devices are the most effective, versatile, and clinically proven technologies for pain management. We own 21 of the 24 FDA-clearances given to Low-Level Lasers, and the efficacy of our devices has been proven by multiple (level 1) double blind, randomised, placebo-controlled, and multi-site clinical studies – the most credible research in the market today. New in series – the EVRL – is a cordless handheld device with an intuitive user interface. The treatments are short, effective, and easy to administer, saving time and minimising physical exertion. There is no associated pain or reported side effects, and the technology is very safe with no health risks. Used on its own or as an adjunct, the EVRL Laser can be easily integrated into your current skill set, and the device can help with a wide variety of conditions, allowing you to expand your treatment range and grow your clinic.

The NT LLLT EVRL cold laser:

The Erchonia EVRL Violet and Red Laser is Erchonia’s newest handheld laser in smart phone form factor, featuring an easy-to-use Graphical User Interface (GUI) and a new sleek wireless design.

The EVRL laser Operates at a wavelength of 405 nm and 635 nm, the Erchonia Violet and Red Laser provides the practitioner with an innovative tool thanks to the versatility of the treatments.

What is cold laser treatment ?

NT LLLT therapy, also known as cold laser therapy or photobiomodulation therapy , is a type of phototherapy designed to repair tissue, reduce pain and inflammation, target fat , and provide other benefits to patients as part of medical treatments. 

During the treatment, the device emits a non-thermal laser beam which is placed on the target area.

Low light level lasers penetrate tissue without heating or damaging the skin.

Unlike traditional lasers, which use around 300 watts, cold lasers use between 5 and 500 milliwatts. True to their name, they do not burn the skin or produce pain, and the FDA assigns them an NT classification (non-heating instruments). In contrast, a laser used for surgical operations cuts the skin and can lead to severe scarring and pain.

The mechanism of action of the EVRL laser:

1. The cold laser recognizes and reacts with the receptors (cytochrome c oxidase) which are found in the membranes of the mictochondria.
2. It activates secondary cascades of the cell and among other things, it promotes the passage of adenosine bi to triphosphate)
3. It affects the behavior and function of cells at the level of high regulatory genes producing biological effects in the organism such as: inhibition and modulation of cell proliferation (cullin 2019), it modulates the immune system, it promotes healing, it improves blood circulation, it prevents inflammation, analgesic effect repairs nerve connections