Anti-Inflammation – Laser light therapy has an anti-inflammatory effect, as it causes vasodilation and activation of the lymphatic drainage system. This point is paramount because fibrous (scar) tissue is less elastic, has poorer circulation, is more pain sensitive, weaker, and much more prone to re-injury and frequent exacerbation.ģ. Reduced Fibrous Tissue Formation – Laser therapy reduces the formation of scar tissue following tissue damage and acute and chronic inflammatory processes. Cells of cartilage, bone, tendons, ligaments and muscles are repaired faster as a result of exposure to laser light.Ģ. No other physical therapy modality can penetrate the bony patella and deliver healing energy to the articular surface between the underside of the patella and the femur. Accelerated Tissue Repair And Cell Growth – accelerate cellular reproduction and growth. Runners Knee (Patellofemoral Pain Syndrome)ġ.Active Release Techniques soft tissue treatment.These therapeutic qualities enable laser therapy to accelerate wound healing and reduce injury recovery time.ĭimed high power laser therapy especially in combination with the other therapies we provide such as:
#German laser one touch pain relief therapy treatment free#
This is a powerful, non-addictive, and side-effect free form of pain management that decreases inflammation and scar tissue formation. Our Dimed laser unit is powered by 60.0 Watt GaAlAs Diode Laser, one of the most powerful available, emitting a continuous wave at a 980nm (near infra-red wavelength) for maximum bio-stimulation.
Class III and Class II lasers with less power are referred to as Low Level Laser Therapy (LLLT) or “cold lasers.” LLLT does not have the ability to penetrate tissue and deliver the same energetic therapeutic dosage as High Power Laser Therapy. So even if you’re still feeling some pain after a couple of sessions, you can feel confident that results should only get better and better as you continue the treatment course.15watts 810nm+15watts 980nm Therapeutic Laser In Physiotherapy Level 4 Laser TherapyĬlass IV lasers have a 0.50 Watt or greater output and are referred to as High Power Laser Therapy (HPLT). However, a “full” treatment course typically involves either 6 sessions (for acute conditions) or 12 sessions (for chronic conditions) spread out over a course of a few weeks, with 2-3 sessions per week.īecause the treatments stimulate healing (and not just mask pain) the results stack with each session-and they tend to last, too. Many people report significant symptom improvement in as few as 1-2 treatment sessions. The number of sessions required will vary depending on the nature of your pain. After that, you can go straight home or to whatever else you had planned for the day. We’ll use the laser over the area of tissue that’s currently experiencing pain, and the light energy will penetrate deep into the site of damaged tissues to do its work. The average session takes less than 15 minutes, with basically no prep or recovery time involved. At most you might feel a very slight warming sensation. The specific wavelengths of laser light used in the process can trigger anti-inflammatory responses in the cells, which is how the therapy is able to relieve pain and reduce swelling in the area.Īs we stated earlier, laser treatment is painless, has no known side effects, and does not require any drugs or anesthesia. These soft tissues are commonly affected by injury and can become inflamed. Laser therapy, as noted is particularly effective in treating soft tissues-like tendons and ligaments-found in great abundance in the lower body. With our MLS laser therapy system, there are actually two coordinated lasers in use-a longer-wavelength (905nm) pulsed laser primarily designed for pain relief, and a shorter-wavelength (808nm) continuous laser that rapidly reduces inflammation, as well as stimulates blood and lymphatic circulation (which triggers a whole host of other secondary healing effects).īy working together in coordination, the combined effect of the laser therapy is greater than what either laser could achieve independently. And while excessive energy can be used destructively, it can also be harnessed for many beneficial purposes-like, say, powering the anti-inflammatory, tissue regeneration, growth, and healing processes within your cells! If you remember your high school physics, you might also recall that light is a form of energy. While you might be used to thinking of lasers as beams that can cut steel or fend off enemy stormtroopers, not all lasers are destructive in nature. Harnessing the Energy of Light for Cellular Benefit
0 kommentar(er)
