INTEGRATION OF X-RAY SCANNING, ULTRASONIC TESTING, AND MEASUREMENT SENSORS TO ENHANCE THE EFFICIENCY OF INCOMING INSPECTION IN MECHANICAL ENGINEERING
Keywords:
X-ray scanning, Ultrasonic testing, Measurement sensors, Incoming inspection, Non-destructive testing (NDT), Defect detection, Dimensional accuracy, Automation, Integrated inspection systems, Mechanical engineeringAbstract
The article explores the integration of X-ray scanning, ultrasonic testing, and precision measurement sensors to enhance incoming inspection in mechanical engineering. The combined use of these methods enables the detection of internal defects (cracks, voids) and dimensional accuracy assessment of components at the raw material supply stage. X-ray technologies provide high-resolution analysis of material structures, phased array ultrasonic testing (PAUT) improves the localization of subsurface defects, and advanced sensors (laser scanners, CMMs) ensure compliance with design tolerances. The integration of these technologies reduces inspection time, minimizes waste, and increases production reliability. The advantages of automation, AI-driven analytics, and implementation challenges, including big data management and high initial costs, are discussed. The results demonstrate that a combined approach to incoming inspection ensures compliance with quality standards and optimizes manufacturing processes.
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