Digital radiography - Import export

The D-Tect X-ray inspection software is completely developed by DÜRR NDT and is the perfect complement to all digital X-ray systems like imaging plate scanners and flat panel detectors (DDAs). DICONDE compliant The user can be certain that images can be viewed on any other DICONDE compliant system. All-in-one All functions are included: from image acquisition, image evaluation and report generation to data import and export. High performance GPU and multi-core CPU support makes D-Tect X extremely fast and efficient.

Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries. Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.

Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries. Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.

Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries. Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.

Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries. Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.

Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries. Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.

Cylinders inspection real time mechanical drawing system x-ray solution The AIS201 is a Real Time Radiography (RTR) inspection system especially designed for the control of any kind cylinders. This cost effective inspection system will drastically cut down the inspection time and cost, thanks to its 5 axis manipulator. Equipped with an x-ray generator from 160kV to 225kV, a flat panel & much more the AIS201 is one of the best cynlinders inspection RTR system available on the market. With the latest version of the Inspection suite, it will facilitate and accelerate the everyday inspection jobs allowing to record motions and to automate the inspection. The operator will also be able to process the image with the IPS012 Image Processing Software.

The AIS912 has been created with the aim to automate the inspection of composite material with honeycomb structure and as a result to accelerate the inspection process. Thanks to its 9 motorized axes and with the different software developed by our engineers, the AIS912 allows the records of different motions the operator needs in order to radiography the whole sample with only one action. Every picture is then saved on a server database and can be processed by our Image processing system IPS012.

The Image Processing System (IPS) software enable to process digital radiography to find and display the defects of a component. With the different filters and zoom capabilities, the most difficult and tiniest defect can be quickly located. IPS can be linked with the acquisition module to receive the images acquired. This can be done on the same computer or using a separate reviewing station. Integration is also accomplished with the automation module, showing the images in real time as well as querying the (optional) database. IPS has an extensible architecture, this means you can expand the features using add-on modules. Balteau provides a number of modules and custom ones can be developed on demand. Existing add-on: SRb (Basics Spacial Resolution), SNR (Signal to Noise Ratio), DICONDE (Reader & writer), DB (Database), & more on demand.

Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries. Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.

Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries. Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.

Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries. Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.

Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming efficient and affordably priced to be used in NDT Industries. Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. Flat panels are basically a two dimension array of detectors which sensitivity is 10 to 100 times greater than conventional films. This helps in reducing exposure time but also gives an extended range of thicknesses with the same use of energy.

The FPDigit 16-139HE is high dynamic range x-ray detector. With a 16 Bit conversion and 139 μm² pixel pitch, this fl at panel will offer a frame rates up to 30 frames per second (2 x 2). The acqusition of image will be made by Gigabit Ethernet communication. The FPDigit has internal shielding up to 225kV; Electronics being outside of the detector active area, an additional external shielding of the electronics can be added for use above 225kV. Improved reliability in inspections, costs reductions and environment cares are today the major factors driving the selection of Radiographic techniques. Due to the progression of silicon technologies and the level of current electronics, signals processing and transfer are becoming effi cient and affordably priced to be used in NDT Industries. Flat panels are a combination of electronic and Silicon technologies which gives a direct conversion media for displaying Radiographic Images instead of using films. This helps in reducing exposure...

JME design and manufacture digital radiography systems to meet customers specific inspection requirements. All JME (DR) Systems are built with an integrated safety system, which includes emergency stop buttons and monitored door interlocks, audible pre-warning and fail safe warning lamps. All JME (DR) systems meet all the statutory requirements of the current Ionising Radiation Regulations (IRR99). Wet film radiography has been accepted and used as a NDT technique for many years. However new X-Ray imaging techniques are now available and offer many advantages over film. As a leader in the field of advanced inspection equipment JME can offer Digital radiography (DR) to our customers. JME can provide advice on choosing and using our DR systems, radiographic techniques and safety requirements. Conduct feasibility studies and trials. Design and manufacture turn key solutions. Supply X-Ray sources. Supply assessor and image manipulation software. Provide after sales service and repair.

The phosphor imaging plates (IPs) are specifically designed to fit the needs of the nondestructive testing industry, available in different resolutions and formats, up to 35 cm (14") width and virtually unlimited length. IPs are fully flexible X-ray detectors and extremely versatile. For use with all DÜRR NDT Computed Radiography (CR) scanners.

Real time x-ray system for low pressure compressors and stators inspection The AIS203RD has been created to inspect metallic and non-metallic components in all sorts of industry but mostly in Aeronautics. Every single element of the installation is configurable and highly flexible to be used in different applications in digital radiography. The system is built around a robot for the detector/source movements in order to provide the user with every possible inspection angle that could be required and that can be fitted on the main manipulator. All sequences of inspection can be manual with a digital axis manipulation or automated with the Inspection Suite of software, allowing the user to simply load the part inspection process and press start. It is not only automated but can also be installed with the ADR module which will considerably increase the efficiency and speed of inspection.

The Scannix + is an industrial X-Ray film digitizer specifically designed to offer the highest quality of images for the NDT market. Not an additional operation but a true improvement. In the radiographic industry, Films storage and post processing have always been neglected. Both these aspects are however very important matters to take into account in the overall costs and efficiency of the Radiographic process. A computerized storage of the radiographies will also dramatically reduce the risk of loosing the archives of a job. The scannix + is driven by our Acquisition software and is delivered with the scanner as a standard. As a digital image, a radiography can also be processed with our Image Processing Software IPS012 allowing details that were hidden to appear, thanks to different filters and the contrast settings but also a lot of different tools and add-on like SRb, SNR, etc. Acquisition can also be linked to IPS012 allowing an automatic transfer of the image to start...

The CP300DS is the perfect tool for digital radiography. Its small focal spot generates sharper and clearer images which will enable you to accurately detect the slightest defect during your NDT inspections. With its metal-ceramic tube and its high output voltage range (up to 300 kV), this constant potential portable generator is also a robust partner for a wide range of NDT applications. The CP300DS features our famous build-in carrousel with 5 output positions and has a 100% duty cycle at 30°. It operates with the plug-and-play POWERBOX control unit, like the rest of the CPSERIES product range.

The CP300DM is a constant potential portable generator with a duty cycle of 100% in 30°. Its metal-ceramic tube makes this generator the robust partner you need for your digital radiography inspections. With its high output voltage range (up to 300 kV), the CP300DM has a steel penetration of 66 mm and will adapt to a wide range of NDT applications. Like the other CPSERIES generators, it features a build-in carrousel with 5 output positions and operates with the plug-and-play POWERBOX control unit.

The small focal spot (1 mm) of the CP200DS generator minimizes un-sharpness and gives clearer images, which makes it ideal for digital radiography (DR) when close X-ray shots are possible. Our CP200DS is a light and powerful generator (200 kV) with a metal-ceramic tube which turns it to be the best power-to-weight ratio in the world. Its 100% duty cycle combined to its built-in multiple X-Ray outputs carousel make the CP200DS one of the most versatile generators on the market that will adapt to a very wide variety of NDT applications. The CP200DS, like the rest of the CPSeries product range, operates with the plug-and-play POWERBOX control unit.