RAMON developed the Electromagnetic Acoustic Testing (EMAT) System to solve the defects of traditional piezoelectric ultrasonic inspection, including dependence on coupling agents, high missed detection rates, low inspection speed and inability to test high-temperature workpieces. This non-contact inspection system requires no coupling agent, featuring low missed detection & false alarm rates, fast scanning speed, strong high-temperature resistance and stable repeatability. It accurately detects internal defects such as delaminations, voids, non-metallic inclusions, spallings and porous zones, and calculates defect size and position accurately. Built-in AI algorithms achieve zero missed detections and zero false alarms, support defect classification per various inspection standards and auto-generate inspection reports.

RAMON developed the Electromagnetic Acoustic Testing (EMAT) System to solve the defects of traditional piezoelectric ultrasonic inspection, including dependence on coupling agents, high missed detection rates, low inspection speed and inability to test high-temperature workpieces. This non-contact inspection system requires no coupling agent, featuring low missed detection & false alarm rates, fast scanning speed, strong high-temperature resistance and stable repeatability. It accurately detects internal defects such as delaminations, voids, non-metallic inclusions, spallings and porous zones, and calculates defect size and position accurately. Built-in AI algorithms achieve zero missed detections and zero false alarms, support defect classification per various inspection standards and auto-generate inspection reports.