Design of an experimental laboratory system to examine the processes of automatic design and prototyping of soft polymer mechatronic constructions with intelligent control

The development of theoretical foundations for the design and prototyping of bionanorobotic devices and systems in cyber-physical systems and environments requires solving current problems of creating full-fledged systems for automatic design and prototyping with intelligent control (SADPIC). The article presents the results of the development of an experimental laboratory SADPIC for the creation of soft polymer mechatronic constructions, which makes it possible to conduct research on SADPIC processes and develop a specialized research and production complex for the synthesis of applied devices and systems of soft robotics and biorobotics. The technical and experimental data obtained in practice are used in the analysis processes of SADPIC and the search for opportunities for developing the theoretical basis of SADPIC, applicable for the development of cyber-physical systems and environments for the creation of applied bionanorobotic devices and systems.