CCDX102 Bearing Ultrasonic CT Automatic Inspection System - Six Key Advantages:
Advanced Testing Technology for *
Utilizing multi-sensor data fusion, fuzzy pattern recognition, and ultrasonic CT scanning technology, the system can detect bearings, identify cracks, holes, and tissue looseness, and other defects. It enhances the system's recognition ability under complex conditions and improves system reliability.
Automated Inspection
Automatic loading and unloading, automatic identification and alarm for defective parts, detection process requiring no human intervention, eliminating human interference factors, ensuring the stability, consistency, and reliability of the detection; one person can monitor multiple machines, reducing labor intensity and personnel costs.
Massive Storage, Intelligent Analysis:
The standard testing procedures for the instrument, the expert testing system, and the ultrasonic detection signals (including data graphics, etc.) can be stored indefinitely, facilitating user access for intelligent analysis.
Phase Motion Controller:
Self-designed and developed phase motion controller, main frequency of 100MHz, capable of accurately controlling the correlation of sensor data. Multi-channel detection equipment, utilizing signal crosstalk suppression technology and small signal pickup technology, achieving a detection accuracy of up to 300um.
Safety and reliability in the inspection process:
Utilizing ultrasonic water immersion inspection method, bearing defect detection with a 0% false negative rate and 2% false positive rate (sample inspection conducted 100 times manually), equipped with 4 independent alarm thresholds, and featuring photoelectric alarm functionality.
Rich interface display:
Utilize visual technology to display real-time acoustic data from various channels, featuring rich human-machine interaction components for intuitive and clear presentation, as well as easy and quick operation.
CCDX102 Ultrasonic CT Automatic Inspection System for Bearings






































