"Laser" is an acronym for light amplification by stimulated emission of radiation. A laser works by exciting atoms from their ground state, and collecting these excited atoms. The laser device therefore creates a situation in which there are more excited atoms than grounded atoms. When the atoms are released from the device, they release energy in the form of photons (light energy). The photon emitted has a very specific wavelength (color) that depends on the state of the electron's energy when the photon is released. This wavelength is what separates medical lasers from laser pointers and industrial lasers.

Three parameters are important in order to achieve the best possible therapeutic effects when using low level laser.
	1. Selection of the correct beneficial Wavelength
	2. The use of the correct Power levels
	3. The consistent application of the necessary amount of Energy measured in Joules. Another factor which has to be considered in laser therapy is Pulsing Frequency.

Using these three parameters, lasers can be designed to rejuvenate and heal at wavelengths that range from 600-1000 parameters. This window allows for penetration of tissue without damaging living cells. The higher the wavelength of the laser, the deeper the penetration into the tissue. Lasers such as the SoftLaser™ operate from 635-675 nanometers and therefore are excellent for superficial (skin) rejuvenation. These lasers stimulate the epidermis only and cause biological reactions that include increased collagen and ATP production as well as increased circulation to the area the laser is applied to. These biological reactions are what cause beautiful, tighter, firmer and more rejuvenated skin.

*Innovative Medicine makes absolutely no medical claims in the United States*