NDT Product News

Revolutionary Digital Radiometer/Photometer Features 2-in-1 Sensor

March 1st, 2010   Westbury, New York—Spectronics Corporation has introduced the revolutionary Spectroline® AccuMAX XRP-3000 digital radiometer/photometer, the new  benchmark in light measurement technology.  The XRP-3000 uses a dual-wavelength sensor detector to measure both ultraviolet and visible light. This microprocessor-controlled meter features automatic zeroing, integration and signal hold. It provides standard UV intensity data as well as readouts of visible irradiance in various units, and is capable of accurately measuring a wide variety of NDT light sources. The LCD readout features ±0.2% linearity. The unit provides better cosine response than current generation radiometers. The AccuMAX also offers user-defined power save and automatic shutoff modes. The AccuMAX features a sealed sensor housing and USB cable connection with a water-resistant adapter.  A special self-sealing ring on the housing helps eliminate light leakage.  The sensor detector can be coupled directly to the unit or connected via the included USB cable for greater versatility. In addition to the dual UV/visible light sensor, a luminance sensor is available for technicians performing radiographic examinations. The XRP-3000’s rugged housing is equipped with a rubber protective boot for better grip and to prevent breakage if dropped. A slide-out panel allows easy replacement of the unit’s 9-volt batteries. For more information about the AccuMAX meter, call toll-free 1-800-274-8888.  Outside the United States and Canada, call 516-333-4840.  Website at www.spectroline.com.

New GE X-Ray Detector Brings Portability To Digital Radiography

Billerica, MA, USA —February 9, 2010 Weighing just 13 lbs (6 kg), the DXR250V is the latest lightweight and portable digital radiography tool from GE Sensing & Inspection Technologies.  In the past, the use of digital radiography (DR) has been limited due to size, weight and connectivity of the equipment.  With DXR250V, DR users have the benefit of shorter shot times and minimal radiation exposure, in applications that were previously limited to computed radiography or film.  The DXR250V can easily connect to a laptop computer and produce images for instant review with GE’s Rhythm® software, providing significant gains in productivity. Key applications include field inspections in the oil and gas, aerospace and power generation sectors. Learn more at http://www.geinspectiontechnologies.com/en/aboutus/press/pressreleases/2010_02_01.html

New version of Magman offers double the options

February 16, 2010 - Phoenix Inspection Systems Inc has launched a new version of its best-selling Magman scanner that allows both circumferential and longitudinal weld inspection.    The Magman MkIII can be used for Phased Array, TOFD and pulse echo inspections, separately or combined. Compact yet robust, it can carry up to 12 ultrasonic probes and is capable not only of scanning flat plate welds, but also the inspection of pipes down to 1∏” outside diameter (circumferential) and 9” outside diameter (longitudinal).   Magman MkIII can be used with any multi-channel flaw detection system and any manufacturers’ probes and wedges. It can be supplied with a guide chain and laser guide for accurate positioning and offers quick-release adjustment throughout.   Magman MkIII is self-supporting on the work-piece and has independent suspension on all four magnetic wheels for uneven surfaces. A full range of probes and wedges can be supplied that fit into the constant force tool-posts supplied with the system.   Frank Brant, chief executive officer with Phoenix ISI, said: “The Magman is readily accepted as the industry standard. The new features of the Magman III provide even more benefits for the same price and allow the use of one scanner for a wider range of inspections. Our clients have been very impressed with the options it now offers.” For further information see http://www.phoenixisi.com.

Powerful, Multi-LED, Broad-Beam UV-A Lamp - Ideal for NDT Inspection

February 1, 2010 - Westbury, New York—Spectronics Corporation has introduced the powerful Spectroline® TRITAN™ 365 — an ultra-high-intensity, multi-LED, broad-beam UV-A inspection lamp perfect for NDT applications. The TRITAN 365 features three ultra-hi-flux UV-A LEDs for NDT inspection, plus a white light LED to illuminate dark areas.  It produces a nominal steady-state 365nm intensity of 5,500 µW/cm² at a distance of 15 inches (38 cm).  This versatile lamp meets MIL and ASTM intensity specs for FPI and MPI. The TRITAN 365 is extremely compact and lightweight, weighing just 16 ounces (454 g).  A convenient three-way rocker switch allows easy control of the light sources and a lightweight, angled lamp body ensures fatigue-free inspections.  Just a push of a button turns the lamp on instantly at full power! A rubber bumper with a Borofloat™ glass lens protects the LEDs from damage in high-risk situations.  A built-in fan keeps the LEDs cool, providing optimum light output during lengthy use.  The TRITAN 365 has an 8 foot (2.4 m) power cord with an AC plug, and is available in 120V, 230V, 240V and 100V models. Also available is the TRITAN™ 365M portable, battery-operated AC/DC lamp kit.  Along with the TRITAN lamp, it has a rechargeable NiMH battery pack with adjustable shoulder strap and belt loop, AC cord set, smart AC charger and UV-absorbing glasses, all packed in a padded carrying case. For more information about the Spectroline® TRITAN™ 365, call toll-free 1-800-274-8888. Outside the United States and Canada, call 516-333-4840. Website at www.spectroline.com.

CMM Builder, Wenzel, Introduces Integrated Computed Tomography Workstation Called "exaCT®"

January 29, 2010 - By performing contactless 3D measurement of internal and external part surfaces, exaCT® allows non-destructive inspection of small and medium sized complex parts with small features manufactured from plastics, composites, ceramics, aluminum, or magnesium. Integrated system includes CT scanning machine with image detectors, 2 monitors, and computer. Also included, master system software enables acquisition of projections and reconstruction for evaluation of generated 3D data.  This new inspection product provides contactless 3D measurements of internal and external part surfaces allowing non-destructive and timesaving inspection of small and medium sized complex parts. Wenzel GmbH recently introduced at the Control Show in Germany a new Integrated Computed Tomography Workstation call exaCT®. This new product was developed by the Wenzel Group Company Wenzel Volumetrik headed by Dr. Martin Simon a renowned expert in the field of Computer Tomography. The new inspection machine, Fig. 1, allows the contactless 3D measurement of internal and external part surfaces allowing non-destructive and timesaving inspection of small and medium sized complex parts with small features manufactured from plastics, composites, ceramics, aluminum or magnesium. Computed Tomography is an imaging method originally developed for the medical industry where digital geometry processing is used to generate a three-dimensional image of the internals of an object from a large series of two-dimensional X-ray images taken around a single axis of rotation. In operation, an X-ray tube produces a conic beam of electrons that penetrate the object to be measured and a digital signal is interpreted by the 2D detector as a digital radiograph image. The object is positioned on a precision rotational stage and an image is acquired during the rotation at a constant speed. The output of a Computed Tomography reconstruction is referred to as a 3D voxel (three-dimensional pixel) model and the resolution of each voxel depend on the resolution of each projection and the number of projections. From this 3D volume, CT software is able to export a stack of CT slices in any direction, analyze relative density with colored map and will ultimately create a point cloud/triangle model compatible with CAD or Rapid Prototyping software. The main benefit of using 3D CT for scanning or digitization is that a complete model with both external and internal surfaces of an object can be obtained without destroying the part. In addition, CT can be performed on any surface, shape, color or material with densities or thicknesses that are penetrable with X-rays. Read more .... http://www.xspect.com/DEFAULT.aspx