Showing results: 91 - 105 of 138 items found.
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ECHO -
Sonix Inc.
The ECHO scanning acoustic microscope is a nondestructive ultrasonic flaw detector designed to simplify testing, increase yield and maximize productivity in the lab or on the production floor.
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SONOSCAN P -
SONOTEC GmbH
The ergonomic straight beam probes of the SONOSCAN Series for Nondestructive Testing (NDT) comply with the European Standard DIN EN 12668-2. Our ultrasonic transducers are used to check metals, plastics and ceramic materials for discontinuities, such as cracks, inclusions, blowholes and other material flaws.
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ROTOFLUX® Multichannel MFL -
Magnetic Analysis Corp
MAC’s Rotoflux® Multiplex Electronics—Magnetic Flux Leakage testing that provides superior technology, performance and versatility.
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HVA Series -
b2 High Voltage
HVA systems detect faults in cable networks in a non-destructive yet efficient way and fulfill all the requirements of modern cable testing.
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Signalysis, Inc.
The Dinger is a fast yet sensitive NDT (non-destructive test) system used for batch or 100% inspection of raw or machined metal cast, fabricated, sintered, forged, die cast, or ceramic parts. It’s built on our IQC foundation that’s in daily production use by customers worldwide, and has tested over a million parts. Dinger allows you to dramatically improve the shipped quality, by quickly and reliably identifying parts with either global or local manufacturing defects.
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VS6845E -
Industrial Vision Technology Pte Ltd.
Comply with IEC63068-3 Standard: Test method for defects using photoluminescence, Model VS-6845 SiC Wafer defect inspection system has capability on Non-destructive recognition criteria of defects in silicon carbide homoepitaxial wafer for power devices.
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RAM-AUTO -
The Modal Shop, Inc.
Resonant Acoustic Method is designed to help deliver fully inspected parts, economically and on time. Every component has a unique resonant signature or pattern that reflects its composition.
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PCI-3127 -
CM Technologies Inc.
The PCI-3127 is a PCMCIA-form factor TDR that can be used to identify and locate failures in installed wiring and cable systems. The instrument can make high resolution TDR measurements on circuits up to 96,000 feet (~30km) from your Windows XP notebook computer or PC using a low-voltage non-destructive test signal.
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LP471UVA -
Delta OHM S.r.L.
Radiometric probe for measuring the IRRADIANCE in the UVA spectral range 315 nm…400 nm, peak at 360 nm, quartz diffuser for cosine correction. For non-destructive testing ISO 3059:2001, EN 571-1, ASTM E1417.
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Zetec, Inc.
Ultrasound testing (UT) is a practical and versatile nondestructive testing method that allows for a full volumetric examination of your components. A high frequency sound wave from a transducer is induced into material where anomalies in the material create echoes that are sensed for evaluation by specialized instrumentation.
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National Technical Systems
NTS Chesapeake provides advanced industrial X-ray and computed tomography imaging services to clients in a wide variety of industries. Specializing in high energy, micro-focus applications, NTS offers its customers unmatched results on even the most complex projects. The applications of X-ray computed tomography are widespread and fast-growing. Results can range from qualitative cross-sectional imagery to full quantitative analysis and CAD geometries. NTS’s highly-trained engineers and analysts work alongside its customers from start to finish, guaranteeing the highest value in testing.
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InfraTec GmbH
The essential feature of active thermography is the targeted supply of energy to the test object. A temporal and spatial characteristic heat flow results depending on the geometry and thermal properties of the test subjects. Its progression on the surface of the test object is captured by a thermographic camera.
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Qualitest International Inc.
This category of products comprises the range of instruments utilized to evaluate construction material strength. The range of instruments is typically considered to be two parts. The first are non-destructive field tests of compressive strength. The second are tensile field tester systems to either determine the tensile strength of an overlay or bond material, or tensile strength of anchors embedded in the concrete. The first group is pure Non-Destructive Testing where the strength of the material is determined by correlation to another parameter more easily available and readily apparent. This is typically the hardness of the concrete or the resistance to penetration by either a pin or probe. The Windsor Probe, Windsor Pin and our line of Rebound Hammers all fall within this category. These are widely used standard tests and as such have seen use throughout the world.
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Intertek Group plc
We help you ensure the reliability and safety of your products, equipment or plant assets with our world-class services in non-destructive testing (NDT), materials testing and welding quality. We understand the processes involved throughout the entire product cycle – from design and manufacture to operation and maintenance - and the frequent need for rapid turnaround times. Our Total Quality Assurance services can support production processes, quality control, and regulatory compliance as well as new construction, pipelines, plant maintenance and scheduled shutdown inspection.
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DEFECTOMAT® Product Familiy -
Foerster Instruments, Incorporated
The DEFECTOMAT systems by FOERSTER were specially developed for quality testing and process monitoring of long products. From hot testing to all bright steel processing steps, the surfaces of semi-finished products made from austenitic, (non) ferromagnetic metals can be tested for defects. The DEFECTOMAT systems operate in a contactless and non-destructive manner in accordance with the eddy current method and are used for detecting short defects, such as holes or localized defects and transverse defects. The systems detect defective materials fully automatically and reliably. Defects can be marked, classified, and automatically discarded. the test speed of up to 150 m/s facilitates 100% testing, even at high production speeds. The systems benefit from low operating costs and frugal energy consumption as well as low maintenance costs, few wear parts, and low use of materials.
