Abstract
Based on the analysis of the characteristics of modern measuring instruments, the functioning of automated systems
 of metrological equipment and the design of technological processes, methodological, algorithmic and software
 procedures for the selection of measuring instruments of geometric quantities of parts of complex shape for the technological
 preparation of additive and subtractive machine-building industries are proposed, taking into account the type
 of magnitude, metrological characteristics of measuring instruments, measurement conditions and application features
 related to the geometry of surfaces, the technology of their form formation, accessibility and location, which allows to
 reduce the complexity of design work and improve the quality of technological solutions. The system can be used in
 design bureaus of machine-building enterprises; IT companies for the creation and improvement of automated systems;
 educational process for the training of specialists in the production of products based on additive and subtractive technologies.
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