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Explore the fascinating world of lasers with Dr. Kenneth Martin. This informative guide covers the fundamentals of lasers, including light amplification through stimulated emission of radiation. Learn about the characteristics of laser light, such as spatial coherence, and the distinctions between high-intensity and low-level (cold) lasers. Discover how low-level lasers are safe and painless, ideal for deep tissue treatment with minimal precautions. We also feature Erchonia Laser, the first FDA-approved model with documented results and specific protocols for effective therapy.
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Low Level Lasers Dr. Kenneth Martin
What is a laser • L ight • A mplification (by) • S timulated • E mission (of) • R adiation
What Scientists say: Laser light is usually spatially coherent, which means that the light either is emitted in a narrow, low-divergence beam, or can be converted into one with the help of optical components such as lenses. What this means: A beam of light is divided into its different spectrums (like a rainbow) then concentrated into one beam. What is a laser beam?
Types of Lasers • High intensity (hot) lasers • Used for surgery • Can cut very fine areas • Usually bloodless • Can be used for industrial purposes • CO2, YAG, Argon
Types of Lasers • Low Level (Cold) lasers • Painless • Penetrate deep into tissues • Minimal precautions • Safe in doctors office • LED, Single beam, Multi-beam
Our brand of laser • Erchonia Laser • First with FDA approval • Used for research • Well documented results • Specific protocol • Time specific • Adjustable