Magnetic Resonance Imaging
detects weak rf radiation of relaxing hydrogen protons whose signal variance and density map internal body parts.
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Measuring Device For Measuring Residual Magnetism
Teslameter M-Test LL
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Measure residual magnetism on ferromagnetic materials precisely and reliablyquick detection of residual magnetismreproducible measurement results through automatic storage of the maximum valuesdefined measuring distance of 0.5 mm from the Hall probe to the measuring surfacemeasuring static and alternating magnetic fieldsselectable units: A / cm, Gauss, mTwear-resistant test sample
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Quantitative Optical Gas Imaging System for GF620/GFx320/GF320
FLIR QL320
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The QL320 is a quantitative optical gas imaging (QOGI) system that allows surveyors to measure the leak rates for methane and other hydrocarbons. This eliminates the need for secondary sampling with a toxic vapor analyzer or similar tool. In addition, the QL320 does not require close contact with the gas in order to measure emission rates, making it a safer solution for quantifying difficult-to-measure gas leaks.
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Model And Resonance Testing
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Response Dynamics Vibration Engineering, Inc.
Resonance identification, dynamic testing, modal analysis and operating deflection shape analysis, form the basis of our set of expertise in vibration analysis, and are described on this page, in the embedded video below, and in the links above in more detail. This is the heart of vibration testing and key to making a confounding vibration issues understandable. Our vibration testing, structural dynamics and modal analysis consulting services have helped push the limits of technologies and cutting edge designs for over 30 years.
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Thermal Imaging Camera
IRT301
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Wuhan JOHO Technology Co., Ltd
IRT301 Thermal Imaging CameraIRT301, a fixed-site thermal security camera lets you aware of intruders and other threats to your facility clearly in total darkness, smoke, mist and other harsh situation. It is compatible with a wide variety of third-party accessories, permit them easy to integrate. It enable to control and operation over digital and analog networks. With 384x288 pixel detector, it delivers high quality thermal image in any harsh environmental conditions, IRT301 is ideal for both indoor and outdoor surveillance, applications covered from industrial monitoring to city or boundary security monitoring. ApplicationBorder security and surveillanceRoad, channel, warehouse monitoringBuilding and industrial safety monitoringKey FeaturesRugged, waterproof and dustproof designHigh resolution, high frame rateAdvanced image processing technologyStandard interfaceVarious lenses and pan-tilt optionsTechnical specificationDetectorDetector MaterialUFPA microbolometer, AsiResolution384x288, 25mSpectral range8m~14mNETD80mK@30LensFocus
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Magnetic Transducers With Fully Integrated 1-Axis (Y) Hall Probe
F1A
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The F1A Magnetic Transducers feature a fully integrated CMOS 1-axis (Y) Hall Probe that offers exceptional sensitivity and high spatial resolution, measuring just 0.4 x 0.04 mm. This high-resolution sensor enables accurate measurements of magnetic fields perpendicular to the probe plane, specifically the By component. Enhanced by a unique spinning-current technique in the biasing circuits, the probes effectively suppress the planar Hall effect, ensuring superior performance in various demanding applications. With a frequency bandwidth extending from DC to 75 kHz, this advanced probe quality control makes it suitable for characterizing permanent magnets, developing magnetic systems, and monitoring electromagnetic devices in both laboratory and production environments.Additionally, the Hall Probe incorporates a built-in temperature sensor for real-time temperature compensation, which ensures the accuracy of measurements. The Module E connected to the Hall Probe amplifies, linearizes, and conditions the output signals to mitigate interference from electromagnetic disturbances. As a robust and highly effective measurement solution, the F1A Magnetic Transducers are ideal for applications ranging from magnetic field mapping to the quality control of magnet systems.
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Customized Defectoscopes For Magnet Crack Testing
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The SENIS Defectoscope Systems for magnet crack testing are advanced quality control inspection tools designed to ensure the reliability and integrity of permanent magnet assemblies. Utilizing innovative eddy-current probes, these defectoscopes accurately detect cracks and inhomogeneities in both magnetized and non-magnetized materials. The combination of inductive sensors and magnetic Hall sensors enables precise inspection for mechanical cracks down to the micrometer scale, making it ideal for rigorous production line settings. The software-integrated system allows for high-speed inspections, automatically sorting out defective parts and marking acceptable ones, thereby enhancing productivity and ensuring the safety of end products.The DEF-1C-IH2 model features a robust electronic box housing essential modules that include high-accuracy magnetic field transducers and inductive sensors tailored for capturing eddy currents effectively. Safety features such as an Emergency Stop switch on the control panel further enhance user experience, ensuring smooth operations while minimizing risks. Designed for ease of use, the system transports parts pneumatically over sensor configurations, streamlining the inspection process. With a thorough understanding of both the mechanical and electronic components involved, the SENIS Defectoscope provides unmatched quality assurance across all magnet handling tasks.
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Magnetic Transducers With Hybrid 1-/ 2-/ 3-Axis Hall Probe Sensors
H3B
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The **H3B Magnetic Transducer** is an advanced Low Noise SENIS device designed for measuring magnetic fields through its hybrid three-axis Hall Probe. With a remarkable capacity for ultra-low noise, it effectively minimizes offset fluctuations, ensuring precision in magnetic field measurements. This robust transducer is tailored for applications that demand high accuracy and stability, integrating three high-resolution Hall sensors with an orthogonality error of less than 2°. Additionally, a built-in temperature sensor provides real-time temperature compensation, enhancing measurement reliability across various conditions.Beyond its noise reduction capabilities, the H3B transducer delivers a comprehensive output of three differential voltages corresponding to the magnetic flux density components (Bx, By, Bz) and a ground-referred voltage signaling the Hall sensor's local temperature. The system's innovative spinning-current technique significantly reduces low-frequency noise while maintaining excellent linearity, making it a valuable instrument for mapping magnetic fields, characterizing undulator systems, and performing quality control in laboratory and industrial settings.
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Magnetic Encoders
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The magnetic encoder detects rotational position information as changes of the magnetic field, converts them into electrical signals, and outputs them. The simplest magnetic encoder consists of a permanent magnet and a magnetic sensor.
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Magnet & Integrated Variable Temperature Sample Space With DR Insert
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Adapted MCK model DR inserted into 50 mm 1.6 K300 K VTI VTI cooling power used for condensing stage of DR Versatile solution as the magnet system can also be used with other inserts and measurement probes including He3, heated probes, rotator, VSM etc.
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Online Temperature Measurement Thermal Imager
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Zhejiang ULIRvisionTechnology Co., LTD
According to different forms of use, infrared cameras can be divided into online thermal imaging cameras and portable thermal imaging cameras. Here we will discuss the usage and application of online thermal imaging camera compared to portable infrared camera.
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Long Range Thermal Imaging Surveillance System
Ranger HRC
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The Ranger HRC is a high-resolution mid-wave thermal imaging system built around a large format 640x480 array and a choice of powerful continuous-zoom telescopes. While the Ranger HRC is available in its standalone, environmentally hardened enclosure, it can also include and optional high-magnification CCD-TV camera, laser rangefinder, digital magnetic compass and an integrated, gyro-stabilized, pan/tilt mechanism that provides precise target geo-location capability. Operators can field Ranger HRC as a portable stand-alone system, or integrate it into a network of fixed-site sensors via its suite of plug-and-play interface options.
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Thermo Imaging
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Thermal Imaging SensorTP-L series is a compact infrared thermal imaging sensor utilizing a thermopile array detector.
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Innovative Compute Solutions for Medical Imaging
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Cutting edge medical compute and image processing solutions optimized for medical imaging and surgical equipment. Radisys is a chosen Global Preferred Supplier for a major healthcare and imaging equipment provider.
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Machine Vision System for Magnetic Luminescent Control of Wheels
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The machine vision system of the wheel magnetoluminescent control unit is designed to automate the technological operation of the magnetic luminescent control in the production of railway wheels with full-profile mechanical surface treatment. The system is a hardware and software complex for presenting complete information on the tested wheel to a flaw detector operator, automatic detection of potential defects, maintaining a control protocol and interacting with the installation controller and the line database.
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Calibrate Camera RAW Image Files
SpyderCUBE™
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Accelerate RAW processing by taking one reference shot under any light condition to set the white balance, exposure, black level and brightness right from the start for your entire series of photos.
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Magnetic Field Cancelling System
MR-3
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3-axis magnetic field cancelling system for electron microscopes (SEM and TEM), electron and ion beam experiments, nanotechnology, biomagnetic investigations, etc. High reliability through rugged analog design. No tedious programming, no chrashs. More than 1000 MR-3 systems sold worldwide.
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Magnetic Field Camera: mapping for MRI applications
MFC2046
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MRI and NMR spectroscopy applications require a highly uniform magnetic field, within at most a few ppm. NMR is the only magnetic measurement technique capable of providing a field map with that degree of precision. Introduced 25 years ago, Metrolab’s NMR Magnetic Field Cameras have revolutionized field mapping for MRI magnets. They reduced acquisition times from hours to minutes, positioning errors to fractions of a millimeter, and they rendered human and drift errors negligible. Now, meet the latest generation NMR Magnetic Field Camera, the MFC2046! Map any magnet with the New generation of MFC probe arrays. Magnetometer Teslameter Gaussmeter
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Magnetic Particle Inspection
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Shanghai Xianda Denshijiki Industry Co.,Ltd
Using the "leakage magnetic flux" phenomenon generated from the scratches, the magnetic powder (or fluorescent magnetic powder) of the ferromagnetic material scattered on the surface by magnetizing the specimen is adsorbed to the scratch. Observe this and detect scratches.
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Thermal Imaging Core
JOHO336CM_A00
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Wuhan JOHO Technology Co., Ltd
JOHO336CM_A00 is a high sensitivity, high reliability uncooled thermal imaging core . With advanced image processing technology, it offers excellent image quality by 320x240 resolution,17m pitch sensor. Featuring of compact design and ultra low power.
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SWIR Imagers
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SWIR imagers (short wavelength infrared) are an important group of surveillance electro-optical imagers due several reasons. First, advances in InGaAs technology enabled design of relatively low cost SWIR imagers. Second, InGaAs imagers are very sensitive and can generate images of observed scenery even at dark nights. Third, SWIR imagers are less vulnerable to bad atmospheric conditions than TV/LLLTV cameras working in visible/near infrared band. Fourth, SWIR imagers can generate hi-res images even if they are built using much smaller optics than used for design of thermal imagers.
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Ultra High-Speed, Multi-Camera, High-Performance Image Processing System
XG-8000 series
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Offering a lineup of up to 21 megapixel area cameras and 8K line scan cameras, the XG Series contains powerful vision system technology providing flexibility and power to solve a wide range of applications. No experience required to select lighing! - newly-developed, revolutionary Lumitrax function. Powerful Vision Software. Flexible Multi-Camera Hardware.
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Magnetic Particle Inspection
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Is an inspection method used to identify defects on the surface of ferromagnetic materials by running a magnetic current through it.
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Product
Ultrasonic Imaging System
USPC 3010
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Ingenieurbüro Dr. Hillger Ultrasonic-Techniques
Detects internal defects in new materials and metals. The wide frequency range up to 35 MHz enables highestresolution. A-, C-, and D-scans can be recorded. The imaging in B-scans is an option.
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High Speed Imaging
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The High-speed Intensified Camera Attachment (HiCATT) is designed for use with a high-speed camera. The HiCATT increases the sensitivity of a high-speed camera and allows low-light-level imaging applications at frame rates up to 300 000 fps.
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TMR Magnetic Pattern Recognition Sensors
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MultiDimension Technology Co.,Ltd.
A type of 6 channels magnetic pattern recognition sensor built-in the signal conditioner and SPI interface Consists of TMR magneto-resistance sensor, high-quality magnet, high-strength plastic base and durable non-magnetic stainless steel cover; Are used for detecting the paper bills, bank notes and security documents with magnetic anti-counterfeiting consists.
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Magnet Pole Tester
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*A instrument to find North or South pole of magnetic field.*LED indication*Audible & visible*Battery powered : 4 x 1.5V (L1154 / LR44 / AG13) *Packing : Plain white box*Dimension (LxWxD) mm : 143x22x22*Weight (approx.) grams : 38 (without battery)
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Dynamic Image Analysis (DIA)
CAMSIZER
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Dynamic Image Analysis (DIA) is a modern particle characterization method for the determination of size distributions and shape parameters. It allows quick analyses with excellent accuracy and reproducibility over an extremely wide measuring range. With the renowned CAMSIZER system, Microtrac introduced its first Dynamic Image Analyzer over 20 years ago and has pushed technological innovation ever since.
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Non Magnetic Slides
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Del-Tron’s new product line of Non-Magnetic ball slides provides the ideal solution for applications where magnetic interference cannot be tolerated. These lightweight Non-Magnetic ball slides are the perfect solution for medical, semiconductor, military and laser applications, just to name a few.
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Terahertz Gauging And Imaging
TeraMetrix
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TeraMetrix is Luna’s platform for terahertz gauging and imaging, using pulsed terahertz waves to provide precise measurement of single and multi-layer thickness, density, basis weight and caliper thickness.
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FPGA Image Processing (IP) Development Kit
ProcVision
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Gidel’s Vision Pro Development Kit is an optimal solution for developing,validating, demonstrating and evaluating Image Processing (IP) andpipeline designs on FPGA.The suite is designed to provide a complete and convenient envelop enablingthe developer to focus strictly on the proprietary image processingdesign. The entire Vision Pro flow is within a single FPGA, independentof the final target application(s). The Vision Pro flow is composedof a pipeline that streams simulated data to the user image processingdesign under test (DUT) and then captures the design’s output streamfor displaying, storing, analysis and/or co-processing on host software.The entire process is performed on a single FPGA without the need foradditional peripheral connectivity or tools.Vision Pro suite is plug-and-play enabling the developer to begin at oncethe IP design development and validation. A simple design example providesthe developer immediate hands-on familiarization with the systemflow and supporting tools. The final design can be ported to any IntelFPGA device or other vendors’ devices (FPGA or ASIC) by replacing basiclibraries. To significantly reduce compilation time, initial design developmentmay be on a small FPGA device and later compiled for the targetdevice(s). The target implementation may use any FPGA board. For a fullImaging/Vision system solution, Gidel offers a number of off-the-shelfgrabbers and FPGA accelerators that are designed to utilize these imageprocessing blocks and Gidel Imaging Library (GIL).
