What is High Power Deep Tissue Laser Therapy?

Yaser 980 Laser Therapy is used for the relief of pain, to accelerate healing and decrease inflammation. When the light source is placed against the skin, the photons penetrate several centimeters and get absorbed by the mitochondria, the energy producing part of a cell. This energy fuels many positive physiological responses resulting in the restoration of normal cell morphology and function. Laser Therapy has been successfully used to treat a broad range of medical conditions, including musculoskeletal problems, arthritis, sports injuries, post-surgical wounds, diabetic ulcers and dermatological conditions.
 

Laser Therapy is used for the relief of pain, to accelerate healing and decrease inflammation. When the light source is placed against the skin, the photons penetrate several centimeters and get absorbed by the mitochondria, the energy producing part of a cell. This energy fuels many positive physiological responses resulting in the restoration of normal cell morphology and function. Laser Therapy has been successfully used to treat a broad range of medical conditions, including musculoskeletal problems, arthritis, sports injuries, post-surgical wounds, diabetic ulcers and dermatological conditions.

The high-power therapeutic laser provides a non-surgical and painless treatment solution for neuromusculoskeletal, soft-tissue and orthopedic injuries challenging today's care providers. 
Class IV lasers bio-stimulate tissue growth and repair to maximize medical degrease in pain, inflammation and formation of scar tissue. 
This innovative Class IV laser Therapy exceeds all other treatment modalities by actually healing tissue while providing a powerful, non-addictive and side-effect-free form of pain management.

HOW DOES LASER THERAPY WORK?

Laser therapy works by stimulating a process called photobiomodulation (PBM) in which photons enter the tissue and interact with the Cytochrome C complex within mitochondria. To receive the best therapeutic outcomes from laser therapy, a sufficient amount of light must reach the target tissue. Factors that maximize reaching target tissue include:
• Light Wavelength

• Reducing Reflections

• Minimizing Unwanted Absorption

• Power

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Analgesic Effect
Based on the gate control mechanism of pain, mechanical stimulation of free nerve endings leads to their inhibition and hence
analgesic treatment

Microcirculation Stimulation

High Intensity Laser therapy actually heals the tissue while providing a powerful and non-addictive form of pain relief.

Anti-inflammatory Effect

Energy delivered to the cells by the High Intensity Laser speeds up cell metabolism and causes faster resorption of proinflammatory mediators.

Biostimulation

ATP allows for faster synthesis of RNA and DNA and leads to faster recovery, healing and edema reduction in the
treated area.

Thermic Effect and Muscle Relaxation

The central goal of laser therapy is to stimulate the cell to perform its natural functions, but at an enhanced rate. Targeted in hemoglobin and cytochrome c oxidase, the high power diode laser could help the respiration and then in result have a good performance therapy. In sharp contrast to "Cold lasers" which provide no feeling or sensation, high power diode laser therapy will provide warm and smoothing feeling.
Unlike many pharmacological treatments that mask pain or only address the symptoms of disease, Laser Therapy treats the underlying condition or pathology to promote healing. This means that the treatments are effective and the benefits of Laser Therapy are long lasting.

1.POWERFUL

Therapeutic lasers are defined by their power and wavelength. Wavelength is important as the ideal effects on human tissue are of light in the "therapeutic window" (approx. 650 - 1100 nm). High Intensity Laser ensures a good ratio between penetration and absorption in the tissue. The amount of power a laser can safely deliver can reduce therapy time by more than a half.
 

2.MULTI WAVELENGTH
Wavelengths selected to ensure the uniformity of energy distribution from the surface layers to the deeper tissue layers.

TWO MODES

The synchronisation and integration of different types of continuous, pulsed and superpulsed sources allows for direct intervention both on symptomatology and on the etiology of diseases.

SINGLE SPOT

Optically collimated diodes mixed with optical fibres to implement homogeneous irradiation on one treatment spot.

greater than 500 mW or 0.5 Watts are termed High Power Laser Therapy HPLT (Class IV lasers in the USA). HPLT creates heat on the surface of the skin due to their higher power density (irradiance). LLLT is often referred to as "Cold Lasers" since they do not create a heating sensation during treatment.