Carbon fiber composites (CFRP) have been widely used in civil engineering sports and life fields because of its high strength and light weight. In order to ensure the safe application of composite materials it is imperative to find a fast efficient simple and reliable detection scheme for carbon fiber composites.

Goworld has proposed a new ultrasonic inspection solution: real-time 3D total-focusing (TFM) phased array ultrasonic detection. The solution uses a real-time 3D TFM ultrasonic phased array imaging system combined with a dedicated matrix probe to achieve real-time fast and effective detection of carbon fiber composites.

What are the new breakthroughs in the application of real-time 3D total-focusing (TFM) ultrasonic phased array imaging in the detection of carbon fiber composites?

1. All-round coverage data acquisition real-time 3D total-focusing (TFM) imaging various types of defects are fully exposed.

2. The quantitative measurement of defects is accurate and the safety and reliability of carbon fiber composites are correctly evaluated.

A real-time 3D total-focusing (TFM) ultrasonic phased array imaging system is used to detect the holes of different depths in the carbon fiber standard test block and to measure artificial defects. The length and width of the defect can be measured with an accuracy of 1mm.

3. 3D inspection imaging is more intuitive improve the interpretation of defects avoid false detection and missed inspection.

Real time 3D total-focusing (TFM) ultrasonic phased array imaging detection stereoscopic vision rotatable observation can observe the distribution of different defects in the workpiece at the same time and the defect details display image specific clear easy to read.

Real time 3D total-focusing (TFM) ultrasonic phased array imaging detection a simple and reliable detection method provides a new idea and a new way for the detection of composite materials and provides an effective means for the reliability research of composites.