The paper presents calculation, selection of components, and simulation of an optical scheme for a laser system developed for identifying small-sized metal objects for automated control systems. The relevance of the research results from the demand for developing a portable, cost efficient, non-contact optical control device based on the principles of measuring the reflected signal after the interaction of laser radiation with metals. The device inventory was analyzed, and the components of the optical system were selected. An optical scheme was developed, and the energy characteristics were calculated.
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