Integration of Vision Systems and CMM Inspection in Precision Manufacturing

The article is dedicated to the transformation of dimensional inspection in precision manufacturing through the integration of machine vision systems and coordinate measuring machines. Relevance is determined by increasing geometric complexity of components and the need to maintain micron-level accuracy under high production rates. The work describes the structural reorganization of inspection processes into distributed measurement systems where sensing, validation, and control are interconnected. Special attention is paid to data fusion mechanisms, calibration strategies, and the redistribution of measurement uncertainty across heterogeneous sensing layers. The work sets itself the task of explaining how integrated inspection architectures improve both efficiency and measurement reliability. Analytical review and conceptual interpretation of recent scientific studies are used to solve it. Such sources have been studied in terms of measurement architectures, in-line metrology, optical coordinate systems, and uncertainty propagation models. The conclusion shows that integration does not merge technologies into a single method but restructures them into a hierarchical measurement infrastructure combining speed, coverage, and traceable accuracy. The article will be useful for researchers and engineers working with advanced inspection systems in precision manufacturing environments.

precision manufacturing, machine vision, coordinate measuring machine, data fusion, in-line inspection

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