PEMF therapy works by influencing the electrical activity of cells, helping to reduce pain signals in the nervous system. Studies show that it modulates the release of pain-related neurotransmitters and promotes the production of endorphins, offering non-invasive pain relief.

PEMF therapy reduces inflammation by improving microcirculation and supporting the removal of inflammatory cytokines from tissues. Research indicates that it helps regulate immune responses and reduces oxidative stress, which are key contributors to chronic inflammation in conditions like arthritis and injury recovery.

PEMF therapy optimises the body’s healing environment by enhancing cellular communication & restoring the body’s natural electrical balance. It supports the body’s innate repair processes, making it effective for recovery from injuries, surgeries and chronic conditions. Studies show improvement in wound healing and regeneration.

PEMF therapy enhances circulation by stimulating the vasodilation of blood vessels, increasing oxygenation of tissues and improving nutrient delivery. Studies have shown that it can help prevent blood clotting, reduce edema, and support overall vascular health, making it beneficial for those with circulatory issues.

PEMF therapy increases energy at the cellular level by boosting the production of ATP, the energy currency of cells. This results in improved cellular metabolism and function. Studies have documented significant increases in physical energy and stamina following consistent PEMF therapy.

By improving cellular energy (ATP) production through enhanced mitochondrial function, PEMF therapy accelerates tissue repair. It enhances ion exchange across the cell membrane, improving nutrient absorption and waste removal, which promotes faster healing and regeneration of damaged tissues.

PEMF therapy helps regulate circadian rhythms and reduce cortisol levels, the body’s primary stress hormone. Research suggests that it calms the autonomic nervous system, facilitating deeper sleep cycles, particularly by increasing slow-wave sleep, which is crucial for tissue repair and overall recovery.