Eddy Current Testing of aircraft wheels (AWT 950 NG)
Автор: ATG - Advanced Technology Group
Загружено: 2025-09-09
Просмотров: 128
Looking for an advanced wheeltester for automatic, fast, and reliable testing of various aircraft ✈️ wheels?
Meet the AWT 950 – designed for non-destructive testing by the eddy current method on general rotating parts, with a special focus on aircraft wheel rim surfaces. It can handle wheels with diameters from 150 mm to 950 mm, height up to 450 mm, and maximum weight of 120 kg.
The AWT 950 is your perfect tool for automatic testing of front and main aircraft wheels from all major wheel manufacturers for Boeing, Airbus, Goodrich, Honeywell, Messier, and others.
Key Features:
Excellent sensitivity and low noise
Fast & easy inspection
Automatic and manual mode
Adjustable height of the rotary table
Archiving and printing of ET reports, programmable preset settings
Customizable system
Detachable ET equipment suitable for other hand-held ET inspection tasks in the shop
Worldwide service support
🔍 Precision, speed, and flexibility – all in one system from ATG.
--------------------------------------------------------------------------------
About ATG
ATG is one of the largest NDT-oriented companies worldwide, with a 30 years history in the field of testing. ATG provides a complete solution for NDT by implementing both products and services in all standard NDT methods and other related Special Processes.
The product portfolio ranges from single devices up to complete solutions involving implementation of complex NDT systems using several NDT methods, personnel qualification of the operators and establishment of the whole NDT process including accompanying processes at the shopfloor.
– Products & Equipment
– Qualification & Certification
– Testing & Inspection
– Outside Agency Services
Web: https://en.atg.cz/
LinkedIn: / advancedtechnologygroup
#NDT #nondestructivetesting #EddyCurrentTesting #ET #wheels #wheelinspection #wheelrim #aerospace
Доступные форматы для скачивания:
Скачать видео mp4
-
Информация по загрузке: