The high power laser is a very appreciated technology thanks to the excellent results that could be reached in a very short application time. The EME high power lasers of EME, thanks
to the high power (from 8 W to 25 W), real and guaranteed by using a single diode, allow a high and deep energetic transfer, and consequently a substantial reduction in time of treatment.
Therapeutic effects
Biostimulating and regenerativeeffect
It facilitates cellular energy processes, growth and tissue repair. Stimulates the production of collagen and elastin and the production of ATP.
Analgesic effect
It stimulates the peripheral nervous system and the nociceptors in the subcutaneous tissue, blocking pain and giving immediate relief (Gate Control Theory).
Anti-inflammatory and antiedema effect
It accelerates the resolution of inflammation by increasing vasodilation with consequent tissue oxygenation and activation of metabolic processes.
Effect on the microcirculation
It has an intense vasoactive action on the microcirculation and lymphatic drainage. The activation of the microcirculation facilitates the supply of oxygen, nutrients and drainage of catabolites from the tissues.
The high laser energy impacts on the tissue surface generating real pressure pulses that reactivate the microcirculation and stimulate the deep lymphatic system. This leads to a consequent oxygenation of the tissues and reabsorption of the liquid accumulations.
The energy absorbed by the chromophores in the tissues induces chemical modifications: structural modifications of the molecules and reactions that facilitate the enzymatic activation and the synthesis of nucleic acids and proteins.
The electromagnetic energy is transformed into thermal energy inducing a controlled increase in the tissues temperature, with consequent stimulation of the circulation and increase in the supply of oxygen and nutrients to the suffering areas.
The EME high power lasers can work both in continuous mode or in “Duty Cycle” pulsed mode. The Duty Cycle allows to decrease the laser photothermal effect (which determines an increase in the local temperature). Treated tissues will cool rapidly, between one pulse and other, making more effective the biostimolation effect.
thanks to the practical spacing system.