According to the first studies, laser radiation favors the fusion of mononuclear macrophages for the maturation of osteoblastic cells, an increase in the quantity of differentiated osteoblastic cells and bone formation centers, and the acceleration of mineralized bone tissue formation in the stretching area. Most researchers confirm the effectiveness of laser radiation in the process of orthodontic tooth movement, although some of them did not notice any positive effect. Results of the study and their discussion.

Content analysis of scientific publications devoted to the investigated problem has allowed us to highlight the works in which solution to this problem is covered to the fullest extent possible and has given the author an opportunity to make their own recommendations for the improvement of laser radiation systems and the development of an analog which would be more mobile in terms of construction and more clinically effective. The aim of the study is to analyze the results of the study on laser radiation application in the process of orthodontic tooth movement, and to make recommendations for the design of a new model of low-level laser device. Researchers have proven that lasers have a positive effect in the process of orthodontic tooth movement, but the issue of selecting appropriate laser radiation characteristics and developing new modified approaches to the application of laser radiation requires further research. The process of comprehensive orthodontic treatment is characterized by a long-term duration and high probability of the development of adverse effects.

Laser one touch bone on bone