Innovative design of equipment and tools. Part 3

Use of online monitoring both at the level of the super-system and at the level of interconnected subsystems with the use of measurement technology based on the electromagnetic function of radiation and electrical resistance in real time and the principles of advanced high-speed resonance spectroscopy.Application of systems for complex integrative automatic Assembly of electronic components of super-systems and subsystems with pre-stamping of incoming parts and elements.Application of micro-motors in micro-automation systems that are high-torque and at the same time operate on the basis of the principles of the reverse piezoelectric effect.Control of optical parameters of super-systems and subsystems using the latest mobile applications and devices based on them.Manufacturing of parts and components of devices, devices, systems of all levels of complexity, including both super-systems and subsystems on special technological equipment that actually exists at enterprises in commercial operation, ensuring that all the characteristics and parameters necessary for the classification of smart equipment are obtained.