Science and Research Behind Class IV Laser Therapy

Studies & Case Reports of Class IV Laser Therapy Treatment

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Laser Studies
Case Report
American Society for Laser Medicine and Surgery-

American Society for Laser Medicine and Surgery:

Laser Studies

Photobiomodulation Overview

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Treatments for Traumatic Brain Injury

Treatments for Traumatic Brain
Injury​

Laser Studies

With Emphasis on Transcranial Near-Infrared Laser Phototherapy

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Near-infrared photonic energy penetration-

Near-infrared photonic energy penetration:

Laser Studies

Can phototherapy effectively reach the human brain?​

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achilles tendon

Achilles Tendonitis
 
   

Case Report

Class IV Laser Therapy Case Report

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Neuropathy-Polyneuropathy

Neuropathy-Polyneuropathy

Case Report


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Temporomandibular Joints Dysfunction (TJD)

Temporomandibular Joints Dysfunction (TJD)

Case Report


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Back Pain - Low Back and Leg Neck Pain

Back Pain - Low Back and Leg Neck Pain

Case Report


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Back Pain - Low Back and Leg Neck Pain

Back Pain - Low Back and Leg Neck Pain

Case Report


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Back and Neck_Shoulder Pain

Back and Neck/Shoulder Pain

Case Report


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If you have had success with laser therapy, please share your case study with us.

Comparisons of Light Therapy

Laser Classification

Lasers are classified into four classes and two subclasses based on their wavelength and maximum output of power. The classifications categorize lasers according to their ability to produce damage in exposed people, from class I (no hazard during normal use) to class IV (severe hazard for eyes and skin). The classes are I, II, IIa, IIIa, IIIb, and IV.

Class III vs Class IV Lasers

The main differences between class III and class IV lasers are the maximum power output and the depth of penetration. Class III lasers have insufficient power and penetration capabilities to provide the long-lasting healing and pain relieving treatments of class IV therapeutic lasers.

LED Light Vs Laser Light

LED, or light emitting diode, is different from laser light because of its coherency—that is, how light wavelengths move in relation to each other. LED light emits incoherent waveforms so the light from an LED device is released in many directions. However, laser light have coherent waveforms, meaning that all the light waves move parallel to each other which creates a strong, tight beam of light.