It appears improbable that light energy from a laser might lessen discomfort and inflammation, hasten tissue repair, calm muscles, and promote nerve regeneration. But science confirms that these impacts do exist. How much of this depends on wavelength and power is the issue.
The ability of the laser to enter the body is determined by its wavelength and strength. Laser energy penetrates like x-rays once it is in the infrared spectrum and over 800 nanometers in wavelength, however it takes a lot of power or energy to reach depth.
There are two classes or types used in physical therapy
Physical treatment employs class 3 and class 4 lasers, which are divided into these two categories. Class 3 lasers have a power of under 500 milliwatts (mw), while class 4 lasers have a power beyond 500 mw. Cold lasers are another name for class 3 lasers, and low-level laser therapy (LLLT) is another name for the treatment. High-power laser treatment, or HPLT, is the name sometimes given to class 4 laser therapy.
It is a function of power output and time that the majority of neuro-musculoskeletal disorders react better to a greater power and a larger dose. With a laser that has at least 30 watts of power, the greatest results will be attained. A 30-watt laser therapy that lasts 10 minutes will generate 18,000 joules, which has a significant analgesic, anti-inflammatory, and healing impact. One of the most successful forms of laser pain relief is safe laser.
Patients often start to feel better after one or two sessions; however, it may take five or more to completely address the issue. More treatments are often required for injuries that are persistent and significant.
Where Conditions are Treated and Laser Therapy is Used
Chiropractic offices and physical treatment facilities often use high-power lasers. Laser treatment often produces fast results for joint, neck, or back discomfort.
Lasers are also particularly helpful in treating inflammatory diseases such capsulitis, tendonitis, bursitis, and peripheral neuropathy. Laser therapy may be used to effectively treat inflammatory-based strains, sprains, and repetitive motion injuries. No specific ailment responds to laser therapy more rapidly than others. Individual healing rates may vary; thus, some people may recover from the same ailment quicker than others.
Laser Therapy Safety Measures
With laser treatment, there are a few safety considerations. Both the patient and the therapist must wear eye protection, and laser treatments should not be done on people who are pregnant, have pacemakers, spinal stimulators, or have cancer.
One of the quickest, most efficient methods available to therapists today for the treatment of pain and inflammation is high-power laser therapy. Unfortunately, lasers are not covered by insurance, and finding high-power lasers may be challenging given their high cost. The energy output has been shown to be the most critical factor in determining outcomes, with 18,000–30,000 joules per treatment being the ideal range.
Choose to treat your body discomfort with safe laser bérlés, since this kind of laser therapy is one of the most effective treatments available.