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Welcome to Global Nde Guru

Global NDE Guru is an eLearning program of NDT Consultancy Services Inc., a fast growing, technology driven company focused on creating path-breaking online ndt training, certification, education, inspection and NDT Level III consulting Services across the field of non-destructive testing. We are committed to delivering affordable, effective and complete solutions that continually bring values to our customers. Our comprehensive programs are designed to provide best practices and leading knowledge of non-destructive testing. Our eLearning program places great emphasis on hands-on training on advance ndt equipment used in the industries to complement the theory of the applicable method

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Digital Radiographic Testing - Level II
Course Expiration : 180 Days Credit Hours : 24 Hours Course Fees : $695

Our online multimedia Digital Radiography (Radioscopy) -Level II,  training is designed to fulfill the requirements of ASNT SNT-TC-1A , CP -189,  other equivalent standards and customer specific written practice for training and certification of NDE personnel. This course will give you 24 hours of credit for your certification in this method.In this method will get in depth knowledge of basic radiation physics, radiscopic techniques, exposure techniques, interpretation of artifacts and evaluation various product discontinuities.

During this course training you will give examination in General theory and Specification. You are required to successfully pass these examinations with minimum of 70% grading.  To meet complete training requirement of ASNT SNT-TC-1A 2011 , you are required to have practical training and examination too, which you can schedule with us after successfull complition of this course. Your avarage grading of all three examination should be 80% minimum.

Digital Radiography involves the use of penetrating X-ray or gamma radiation to examine the parts and products for imperfections. An micro focus X-ray generator is used as a source of radiation. Radiation is passed through a specimen onto imaging media. The resulting shadow image shows the dimensional features of the part. Possible imperfections are indicated as density changes on the image in the same manner as a medical X-ray shows broken bones.