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GE Inspection Technologies is the world's leading developer of ultrasonic instruments, industrial testing machines, transducers, and professional software for industrial applications requiring internal defect detection and sizing. GE Inspection Technologies' nondestructive ultrasonic testing solutions will meet the critical requirements of your unique application and deliver productivity, quality, and safety.
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| High quality, flexible and handheld Digital Video microscope with side viewing BGA zoom lens (4x zoom factor) and brilliant image quality for Visual Inspection, Digital Image Recording and Dimensional Measurement of BGA, uBGA, CSP and Flip-Chip packages and all other SMT or Through-Hole components on printed circuit boards. |
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ATLAS70 is a multi-sensor system for comprehensive mapping of tunnel walls. It includes a visible channel (professional laser), an infrared channel, a laser profiler and an odometer.
The aim is to precisely locate and record possible cracks, water infiltrations and industrial electrical cable overheating.
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Preventing Defects from Occuring: Professional mask Inspection
The photomask is one of the most important tools of photolithography. The mask contains the original image of the structures, which are transferred several thousand times to the individual chips during the exposure of the wafer. To create the structures of a microchip, the patterns of up to 40 different photomasks are projected step by step on the wafer.
Even minute defects in the layout of a single mask used in this process can render all chips in the exposed wafers unusable resulting in enormous losses. That is why it is critical to inspect the mask for defects and eliminate them before the mask is used in a scanner/stepper. The best way to reliably control quality at this stage is to optically emulate the photolithographic process with aerial imaging.
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Pipeline Integrity
The integrity of buried pipelines is of paramount importance from a safety, environmental and cost perspective. Radiodetection provides a range of Pipeline Integrity products from Smart Interrupters which enable the measurement of the effectiveness of Cathodic Protection Systems to Pipeline Current Professional mapping to identify and locate weaknesses in pipeline professional coatings.
- PCM+ and PCM Professional transmitter
The PCM (Pipeline Current Mapper) offers even more flexibility and accuracy for Corrosion analysis than previously available by fully integrating PCM and location technology into one product.
- SI220 Smart Interrupter
The SI220 is a high performance Smart Interrupter for monitoring the effectiveness of Cathodic Protection systems. It is a solid state device for use by Corrosion Technicians to enable the interruption of the CP current thereby allowing the integrity of the pipeline coating to be evaluated without disturbing the pipeline as part of the routine professional maintenance of cathodically protected pipes.
- SI100 Smart Interrupter
SI100 is a solid state interrupter for corrosion technicians. The unit features advanced power management, high current switching capability, user programmability, circuit protection and compact physical size. |
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Portable X-ray systems made by YXLON are compact, low weight, constant potential X-ray systems.
The portable X-ray systems are extremely well designed for rough in-field X-ray inspection, but can equally well be used for applications in exposure rooms and in real-time X-ray professional cabinet systems. Our portable X-ray systems are optimized for industrial inspection purposes. Due to high frequency technology, the portable X-ray systems produce an extremly stable X-ray output. At the same time, the portable X-ray units are characterized by high ease of use.
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Through work with EPRI and various utilities, Foster-Miller has designed a specialty minimally invasive system for performing difficult visual inspections in gas turbines. Most gas turbine operators have used borescopes or videoscopes to inspect their equipment and are well aware of their limitations. Borescopes are too stiff to do a variety of inspection tasks, and videoscopes are too flimsy to be pushed very far into combustion cans or up rows of blading. Our custom-engineered tool overcomes these difficulties to provide access to the entire turbine from a few easily accessed ports, resulting in cost savings and reduced downtimes.
To perform a complete combustion system inspection, for example, conventional systems require a great deal of combustor disassembly, making them impractical. Our inspection unit can be maneuvered throughout the entire combustion system through the easily accessed flame detector and spark plug ports.
From these access points, the tool can then be maneuvered up and down each combustion can from the fuel nozzles manufacturer at one end to the first stage nozzles at the other end. The tool can go from can to can by using the cross-fire tubes connecting them. No other tool has the combination of stiffness and flexibility required.
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Foster-Miller%u2019s CECIL® articulated robots were developed in the late 1980s under contract to the Electric Power Research Institute, Consolidated Edison and Public Service Electric & Gas to provide nuclear environment robotic inspection and cleaning capability within the tube bundle of industrial steam generators used in nuclear power stations.
Using a flexible lance, the teleoperated robot allows access to remote steam industrial generator locations. It uses 10,000 psi water jets to remove hard and soft sludge deposits while the operator remotely controls the operation via video feedback. The robot is installed through an inspection handhole in the generator and moves throughout the lower region of the tube bundle.
CECIL® articulated industrial robots provide nuclear environment robotic visual inspection tools, contaminant sampling and foreign object retrieval in addition to cleaning. All operations are controlled remotely. CECIL® robots are designed to be operated in restricted high radiation environments by personnel in protection clothing.
Systems have been delivered and are currently used in nuclear plants in Japan, Korea, France and Canada as well as in the United States. We team with Westinghouse to provide CECIL® robot services to domestic nuclear utilities. |
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Foster-Miller performs minimally invasive inspections of oil-filled power transformers with custom-engineered equipment of our own design. Utilities can use this service to diagnose incipient and actual faults in their transformers without undertaking the costly process of draining tens of thousands of gallons of oil and exposing the transformer%u2019s interior to damaging air and moisture.
Although there are many noninvasive methods for testing transformers, a visual inspection offers the most reliable, and often the only, way to evaluate the severity of problems that could result in costly equipment failure.
Our transformer inspection system uses proprietary minimally invasive technology to deliver a broadcast quality video industrial camera and a powerful lighting system to any area inside a suspect transformer. Conventional video inspection systems do not have the lighting necessary to see through service-aged transformer oil, nor are they maneuverable enough to carry themselves over large, unsupported gaps or through difficult, serpentine paths.
We offer the in-oil inspections primarily as a service in the US and Canada in partnership with TJH2b, a well-known analytical laboratory that provides transformer diagnostic expertise to complement our inspection capabilities. We sell inspection systems to foreign clients for whom the service model is not economically viable. We also sell a %u201Cdry%u201D inspection system designed for substation inspection applications. |
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The surface quality of a product - particularly in the automotive industry - constitutes an important criterion for the customer and is generally seen in close relation to the quality of the overall vehicle. Even inevitable disturbances at the early production stages prior to applying the paint work (e.g. in the professional press shop or body shop) may cause defects such as dents, bumps, sink marks, etc. which might not be visible to the eye while the vehicle is still unpainted. On a high-gloss paint surface, however, even the slightest irregularities are clear to see with incident light from the proper angle, and constitute a reduction in quality. Particularly the intense competition among manufacturers demands an increase in the surface quality in conjunction with continuously decreasing production costs.
The target freedom from defects is time-consuming and labor-intensive to achieve for automobile manufacturers. It is not 100 % possible through conventional means so that defects that have gone unnoticed during the production process generate very high rework costs. Now, the early and complete detection of surface defects with the effective ABIS II high-precision surface inspection system opens up new perspectives in quality assurance. |
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Features:
Eliminates Damage to Embossing Rolls
Professional monitors the entire width of the embossed web as it leaves the embossing rolls
Alarm signal can alert operator, automatically shear the paper ahead of the embossing roll or automatically stop the machine
Uses up to three pairs (transmitter/receiver) of MICROSONIC® ultrasonic thru-beam detection |
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