High-Intensity Laser Therapy
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High-Intensity Laser Therapy (HIL) technology is based on the principle of low-level therapy (LLLT). High power and choice of the right wavelength allow for deep tissue penetration. A high-intensity laser offers a powerful and non-addictive form of pain management. Through a natural process of energy transfer (bio-stimulation and photomechanical effect), it speeds up healing and regeneration.
Sports Injuries such as muscle strains, sprains, ruptures, and tears all over the body
Trigger Point relaxation
We have put together some commonly asked questions to give you more information. If you have any queries or questions? Feel free to ask. Send us an email or call us at the numbers provided. You can also contact us on WhatsApp and personally at our Saket or Gurugram clinic.
Frequently Ask Questions
A: The bio-stimulation characteristic of the High-Intensity therapy is responsible for fast healing. High-Intensity Laser stimulates the tissue to faster oxygen exchange in the mitochondria and consequently increases the production of ATP. When the High-Intensity Laser treatment is applied, full motion of the shoulder is restored significantly faster than with conservative treatment.
A: High-intensity laser treatment shortens the rest phase, relieves pain, and prevents the edema from reaching the chronic phase. High-intensity laser treats inflammation by decreasing the concentration of pro-inflammatory mediators in the area.
A: High-Intensity Laser features deep penetration which can get through the skin to the source of pain whether it’s vertebrae, deep-lying trigger point, or ligament. It relieves pain by blocking free nerve endings, increasing blood perfusion of the treated area, and speeding up metabolism. All effects of High-Intensity Laser combined, lead to immediate pain relief and faster healing.
It treats the muscle through a thermic effect and at the same time by triggering photomechanical processes on the cellular level, which cause the synthesis of extracellular agents, endothelial cells, and regeneration of the muscle and connective tissue cells.
A: It is typically used in two modes – pulsed and continuous. Each mode affects the tissue differently and triggers different medical effects. Overall medical effects are Bio-stimulation, pain relief, anti-inflammatory effect, superficial thermic effect, and muscle relaxation. In pulsed mode- analgesic effect, microcirculation stimulation, and anti-inflammatory effects. In continuous mode- bio-stimulation, thermic effect, muscle relaxation, recovery from nerve injury, increased bone and cartilage formation.
A: Laser (an acronym for Light Amplification by Stimulated Emission of Radiation) can be used as a therapeutic device that produces monochromatic (one specific wavelength), coherent (constant phase), and polarized (directional) light. Therapeutic lasers are defined by their power and wavelength. 1064nm wavelength of the 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.
M-58A Saket, Near Saket DDA Sports Complex, New Delhi-110017, India
Baliawas Opp- Teri-gram Gurgaon Haryana 122003