According to the classification of energy, lasers can be divided into low power lasers, medium power lasers and high power lasers. When lasers with different powers act on tissues, the effects are completely different.
The goals of periodontal disease treatment are to remove the cause and eliminate inflammation, restore the physiological shape of soft tissue and bone, restore function and maintain long-term efficacy, promote regeneration of periodontal tissue, and meet aesthetic needs.
Within the past few years, a lightweight, portable,980-nm wavelength diode laser with a fiberoptic delivery system was introduced to the field of otolaryngology. Light at its particular wavelength is absorbed by tissues relatively independent of tissue type, which allows for homogeneous distribution at the surgical site.
The laser therapy treatment is the best choice to substituteinvasive medicine. However sometimes there are cases when surgery is necessary and, in those instances, laser therapy post-surgery can help accelerate healing
Lunray's lunvet therapy laser uses four near-infrared wavelengths, including 650nm, 810nm, 980nm, and 1064nm at the same time, and has obvious therapeutic effects on the deep part of animal tissues, and the effect is more obvious in the cases of musculoskeletal pain diseases.
Laser therapy, also known as Photobiomodulation Therapy, is a type of physical therapy that has been widely used in animal medicine. Its principle is to use a specially designed combination of infrared light and near-infrared light to produce a biological stimulation effect on the lesion tissue, causing a series of beneficial photophysical and photochemical reactions in the tissue, thereby reducing inflammation, reducing pain, and promoting healing.
