The Process of How Light & EMS Work
Discover how red and near-infrared light support cellular energy and how EMS delivers controlled electrical impulses to activate targeted muscles.
Light Absorption
Red and near-infrared light are absorbed by cytochrome c oxidase (CCO), a key mitochondrial protein that powers cellular energy production.
ATP Production
When CCO absorbs light, it boosts ATP production, fueling the electron transport chain to convert oxygen and nutrients into energy.
Cellular Response
More ATP activates cellular signals that enhance collagen production, reduce inflammation, and promote overall healthier skin.
Electrical Stimulation
Electrical impulses are delivered through the electrode pads to the targeted muscles, simulating the body's natural nerve signals that trigger muscle movement.
Muscle Contraction
As the muscles receive these signals, the muscle fibers repeatedly contract and relax, creating controlled muscle activation without traditional exercise.
Muscle Adaptation
Repeated EMS stimulation helps engage more muscle fibers over time, supporting improved muscle tone, strength, and overall muscle conditioning.
Discover All the Benefits
Explore the research behind light therapy and EMS for skin, body, recovery, and performance.
What Determines Therapy Results?
Explore the key factors that influence light therapy and EMS results.