The article is devoted to the development of the open resuscitation system rotating bed kinematic model, the idea of which is the result of monitoring the operation of high-tech industrial equipment - a resuscitation table for newborns. Based on the risks’ classification arising from the use of this equipment type, as well as its use process study in the medical institutions practice, a key current risk is identified as the setting of medical personnel against the resuscitation table during manipulation, which may lead to fatal consequences for the patient. The task is to assess the reliability of the resuscitation table in order to eliminate the risk associated with the actions of the personnel, which are objective, and transfer the risk factor directly to the medical equipment itself. To solve the problem, a kinematic model of a rotating bed has been developed, which allows the personnel to determine the problem area of the structure accurately, assess the material used, and adjust the configuration of the structure of medical equipment taking into account the specific conditions of its operation. As a result, the kinematic model of the rotating bed of the open resuscitation system, which is an integral part of the digital model of equipment, is designed.