MOI magneto-optical eddy current real-time imaging instrument

overview

This magneto-optical turbine real-time imaging system is used as a screening tool for rapid detection of defects on the metal surface of aircraft.
This system integrates high-sensitivity turbine imaging technology and fast optical testing into an integrated testing system.
This integrated system significantly saves time and costs during the detection process, greatly improving detection speed and detection area.

application

Mainly used for high-speed metal structure defect detection, such as:

1. Aircraft inspection

fatigue crack
Corrosion, internal surface cracks
Welding spots
Coordination agent connection

2. Industrial NDI

fatigue crack

Magnetic metal

nonmagnetic metal

advantage
direct imaging
Can sensitively test defects at any position
The detection head can flexibly change direction
Accurate, real-time, and fast detection of large areas
High transmission speed of 100nm/s
Reliable detection of penetrating paint and patterns
A video can record an area up to 50nm/circle
Just need simple skills training
No need for scale calibration

characteristic

The visual range is larger, allowing for more detection of covered areas. The video can display an area of 25mm/square meter.

The new 308 system has a larger field of view: a diameter of 50mm per circle, which is 10mm higher than the old version system.

Compact packaging, lightweight, but supports large image FOV.

There are three displays in front of the controller, a portable display that can be held or worn on the wrist, and an additional external display with a digital video output port.

The AFD assisted flaw detection system can assist operators in identifying and marking videos, reducing operational errors and defects.

Higher quality images, reduced distortion, improved contrast, and elimination of traditional MOI module serpentine domain lines.

Having the ability to operate in more complex and harsh environments can serve as a reference for design changes.

The user interface of the overall display reliability digital control panel.

The video output function enables the operator to save videos that can be stored on an SD card for data analysis.