Wheat is one of the most popular cereals in the world. Germination is one of the most important indicators of seed quality. With the goal of producing the highest quality seed, various technologies are used today, most of which can have negative consequences for human health and the environment. Electromagnetic radiation in the form of coherent light can be used as an alternative solution to increase the physiological quality of seeds. Lasers as a source of coherent radiation are widely used in modern agricultural production to increase efficiency and productivity, lower costs, and reduce negative impacts on the environment. Lasers as biostimulators provide additional energy to plant cells in the form of coherent radiation, which has a positive effect on germination energy and standard seed germination. The aim of this work was to determine the possibility of using laser radiation as a stimulator for wheat seed germination. Wheat seeds were treated with 3 different lasers with output powers of 100mw, 200mw and 500mw. The laser treatments lasted for 30, 60 and 120 seconds. Each treatment was performed in 3 repetitions. During the treatment, the seed is positioned directly under the scattering beam of coherent light within the illuminated area. The amount of energy delivered is controlled by the duration of irradiation of the seed with laser light. From the results obtained, it can be concluded that the treatment with a 100 mW laser had the most favorable effect on germination energy and standard germination. Treatment with laser radiation of 200 mW for durations of 30, 60 and 120 s and 500 mW for durations of 60 and 120 s had no beneficial effect on germination, but caused a decrease in germination energy and standard germination. In order for laser radiation to be used successfully in the field of biostimulation, a balance between the output power of the laser, the focusing of the laser beam, the treatment duration of the material, and the biological effect of the process must be investigated and found.