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Purpose – The purpose of this paper is to describe a multisource system for nondestructive inspection of welded elements exploited in aircraft industry developed in West Pomeranian University of Technology, Szczecin in the frame of CASELOT project. The system task is to support the operator in flaws identification of welded aircraft elements using data obtained from X-ray inspection and 3D triangulation laser scanners. Design/methodology/approach – For proper defects detection a set of special processing algorithms were developed. For easier system exploitation and integration of all components a user friendly interface in LabVIEW environment was designed. Findings – It is possible to create the fully independent, intelligent system for welds’ flaws detection. This kind of technology might be crucial in further development of aircraft industry. Originality/value – In this paper a number of innovative solutions (new algorithms, algorithms’ combinations) for defects’ detection in welds are presented. All of these solutions are the basis of presented complete system. One of the main original solution is a combination of the systems based on 3D triangulation laser scanner and X-ray testing. [ABSTRACT FROM AUTHOR]

The article presents information on the radiographic investigation in the 10-50 kilovoltage (kV) range, X-ray film performance, and the selection of a radiolucent film holder material for use at 10 kV. It informs that low energy radiography was used in high volume production work. It mentions about the relevance of sensitometry, image quality, and film holder materials to basic radiographic technology and graphite epoxy composite market.

The article offers information on nondestructive testing (NDT) with digital radiography system-based portable amorphous silicon flat panel. It likewise highlights NDT conducted in laboratory and in refinery, and demonstrates various software tools for immediate onsite analysis. Various applications and NDT's benefits along with the digital format are reviewed.

The paper describes the implementation of a method for calibration of a reconfigurable high energy X-ray computed tomography system and an algorithm for monitoring the performance of the system. The use of industrial computed tomography system for the nondestructive testing (NDT) of manufactured objects are also cited. The computed tomography system geometry and the computed tomography resolution testing are also discussed.

Practical aspects on microfocal X-ray image enhancement utilizing phase contrast effects are considered. Optimization of the experimental technique to achieve phase contrast is described for application to the nondestructive testing of materials. Experimental phase contrast images of porosity and corrosion pits obtained with a 5 μm (2 ⊗ 10-4 in.) microfocal X-ray source are compared with attenuation contrast images demonstrating significant enhancement of image quality. The phase contrast X-ray imaging provides enhanced image contrast, improved edge definition and X-ray phase information on the material. [ABSTRACT FROM AUTHOR]

The article features a new enhancement to the FeinFocus x-ray testing system with modular software from Comet in the U.S. in 2006. It includes information on the key features and specifications of the product, as well as its primary applications in non-destructive testing. Background information on the product manufacturer is also cited.

The article focuses on the detection of damage in armor structures. It mentions a main armor detection damage technique using X-ray imaging and visual testing of the images with high costs. It discusses the patent technique ceramic plate armor pieces which may over come disadvantages of weight, size, and cost. Moreover , the patent also determines a probability of detection (POD) curve for a specific transducer layout.

The article reports on the launching of the nondestructive testing (NDT) application center in Shanghai, China, a joint project of GE Sensing & Inspection Technologies and SGS-CSTC. It states that the launching has marked another significant event in the cooperation between the two companies and their dedication with Chinese industrial customers. It is equipped with NDT equipments such as ultrasonic flaw detectors, computed radiography, and microfocus X-ray for a world-class testing facility.

The article features YXLON, a supplier of industrial X-ray inspection systems and computer tomography (CT) solutions for non-destructive testing of materials (NDT). The company has a long tradition of producing quality solutions for any production process, service or maintenance application. In 2007, it merged with COMET Feinfocus business unit to meet the demands of aerospace, aviation, automotive, pipeline, and vessel industries.

The article features Milford, Connecticut-based InspectraVision, a provider of industrial X-ray systems specializing in determining and providing imaging and material handling solutions to meet the needs of nondestructive testing professionals. The company is one of the exhibitors scheduled to display their products or promote their services at the American Society for Nondestructive Testing (ASNT) 2007 Fall Conference and Quality Testing Show on November 12-16, 2007 in Las Vegas, Nevada.

The article focuses on the upgrade of Comet's FeinFocus µCT-FOX X-ray testing system with modular software. It integrates high-resolution X-ray technology with computed tomography techniques for the detailed testing of complex electronics devices in the third dimension. The product also offers comprehensive solution for discontinuity sensing.

Deals with the use of microfocus X-rays in non-destructive testing. Reliance of printed circuit board manufacturers on X-rays to overcome the limitations imposed by Ball Grid Arrays; Use of microfocus X-rays for the detection of voids within a 100-micron ball; Other potential uses of the X-rays.

The article reports that MatriX Technologies Inc. has established a Chinese subsidiary. The manufacturer of high-speed x-ray systems is planning to expand its operations in nondestructive testing (NDT) area of automatic material analysis for casting parts. The Shenzhen-based sales and service office of the subsidiary is headed by Howard Zhou Jianquan.

The article reports that the Comet Co. is introducing a new line of x-ray modules called X-Ray Source (XRS) in Switzerland. The Yxlon International Inc. is chosen as the supplier for the new XRS, which will give Comet a greater level of sales and service for their worldwide XRS and generator customer base. This new line of XRS will allow customers to custom tailor their x-ray inspection system for any nondestructive testing application.