Identification
See Also: Identify, ID, Machine Learning
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AXIMA Microorganism Identification System
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The AXIMA Microorganism Identification System presents a new solution for the identification of microorganisms for microorganism research in the pharmaceutical, food, science, energy, environment, clinical and health fields.
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Identification & Marking
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Try best-in-class automatic identification, machine vision and verification technologies.
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IndiRAM GEM Identification System
ndiRAMTM Portable Series
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IndiRAMTM Portable Series Raman Spectrometer system for Gemmological studies is a quick screening system of the samples with high throughput.
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Automated Pit Identification and Measurement Software
APIMS
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Surface pitting processes are ubiquitous in material science and engineering applications. Rigorous analysis of surface pitting features is time-consuming and error-prone whenever manual measurements are employed. Barron Associates’ APIMS software eliminates the need for tedious manual pit measurements. APIMS analyzes digital surface profilometry data and automatically identifies the location and size (width and depth) of surface pits. APIMS provides built-in noise reduction features to enhance performance and reduce both measurement noise and surface tilt.
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Material Identification Spectroscopy
ChipCHECK
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Gastops specializes in advanced fluid sensing and analysis systems specifically designed and developed for critical equipment condition monitoring applications. ChipCHECK offers the fastest way of making on-site equipment maintenance decisions. It is a field deployable analyzer designed for rapid on-site identification of equipment lube oil. This automated maintenance decision-support tool employs innovative laser spectroscopic technology, which enables on-site analysis of microscopic chip debris. ChipCHECK provides the maintainers with quick, reliable, and conclusive information, including the total number of particles, and the size, shape, and specific alloy classification for each individual particle on the sample.
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Wheelset Axle Identification Using 2D DMC Codes
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Automation of the process of identifying the axles of wheelsets at the site of the final inspection by the two-dimensional codes applied to them. The system should provide automatic search, reading and recognition of a two-dimensional code punching on the axis. The recognition result should be automatically transmitted to the ultrasound diagnostic unit as an identifier of the controlled object.
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Automated System for Identification and Control of Pharmaceutical Codes
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The automated system for identifying pharmaceutical codes includes two scanners of the pharmaceutical code, two sensors for the presence of an object and a data processing unit (BOD). When the box or instructions are passed under the object presence sensors, the farm code is read by the corresponding scanner and the results are transmitted to the computer via the Ethernet interface. The BOD verifies the correctness of the read out farm code by comparing this code with the reference farm code set at the beginning of the system operation. If the farm code has not been read or does not match the standard, the packaging machine stops and the type of error is displayed on the indicators.
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Cable Route Tracing and Identification
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Cable pinpointers and fault locators from Megger make the process of cable route tracing and identification quicker and more accurate. These pinpointing systems are portable for everyday fieldwork and provide services from power and telecoms to water, rail and gas utilities. HV and LV buried cables can be traced to a depth of up to 5m.
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Optical Identification
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Application areas of the 1D/2D code reader range from product tracking and product control to product identification.The sensor can read 1D and 2D codes regardless of their position. Even if up to 25% of the code information becomes damaged or soiled, it is still read correctly. The reader can also be used for optical character recognition (OCR), e.g. in order to identify products based on type labels or serial numbers.
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Field Portable NIR Spectrometers For Mineral Identification And Analysis In Mining Exploration
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With Spectral Evolution field portable NIR spectrometers and EZ-ID mineral identification software, geologists can measure and identify minerals within seconds and cover more ground than by using traditional methods. They can identify different mineral phases, create mineral alteration maps and more accurately identify mineral pathfinders for vectoring to ore deposits. Spectral Evolution's field portable, battery-operated oreXpress, oreXplorer and oreXpert ultra-high resolution NIR spectrometers are designed for mineral identification in mining exploration. The oreXpress, oreXplorer and oreXpert provide quick payback with faster, more accurate mineral identification in exploration for gold, silver, diamonds, iron, nickel, copper, uranium, aluminum - in the field, core shack, or in the lab, and provide:
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Cable Identification System & Cable Phasing System
Impulse Phaser
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With the introduction of direct buried, solid dielectric primary voltage cables, the IMPULSE PHASER has come into greater prominence for safely and accurately identifying buried primary cables, including jacketed neutral designs. The IMPULSE PHASER has been accurately used on paper insulated, lead covered feeders in excess of 20 miles and even on submarine cable 300 feet underwater.
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Railway Wheel Number Identification Complex
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Our automated scanning system is based on smart 3D cameras SICK Ruler E 600. Information about the wheel profile from the camera via a high-speed Gigabit Ethernet interface is sent to a dedicated computer for processing, detecting and recognizing the alphanumeric sequence applied to a specific section of the wheel. Synchronization with the rotation system is carried out by means of a high-precision encoder, with the conveyor system - via the Profibus DP interface. The complex is designed to scan wheels of various standard sizes and allows with a high resolution (tenths of a millimeter), without readjustment, to read numbers from wheels at a radius of 100 to 600 mm in 45 seconds.
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Industrial Cameras/ Image Precision
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Camera-based inspection, identification and process control.
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Phase ID Systems
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LED Meter Probe allows the user to take Real time Phase Angle readings along with AC nominal voltage readings. A PD800W LED Meter Probe works in conjunction with the Receive Unit to verify phase identification along with the actual phase angle data. This is all done without any calculations or data transfer from the field to a base computer. The meter probe and reference probe or receive unit can operate at 100 feet of separation and up to 300 feet line of sight separation. In the event that this distance would need to be greater, the Receive Unit can be unplugged from the charging cable and taken into the field while operating on it's rechargeable batteries for up to 8 hours at a time.
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Entry Level Loss Tester
Model：OLT-20
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OLT-20 Optical Loss Tester integrates laser source module and power meter module in one set, which can perform power testing and link loss testing in optic fiber network conveniently. The typical applications include fiber identification, attenuation and loss measurement, continuity verification and fiber link transmission quality evaluation for installation, routine inspection and daily maintenance of MAN, WAN and CATV systems as well as for lab test and research work.
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Cable Fault Locator
TX2001
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Lowest Cost Full Specification Professional Graphical TDR Rugged Palm Top Design 350g (12oz) 5 Measurement Ranges up to 3000m (10,000ft) 50, 75 & 100 ohm Selectable Impedance Built in Tone Generator for Pair Tracing & Identification Suitable for testing all Communications Cables Water & Dust Proof to IP54 Complete with tool-belt holster & test leads
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Spectrum Analyzer & Sat TV Instrument
Satlook Color HD
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Spectrum-analyzer 950-2150MHz. DVB/S S/2 -receiver 920-2150MHz. Super bright 5" 16:9 TFT-LCD color display. Automatic Satellite identification. Readout of NIT - gives SAT ID and TV/Radio-channel info. Digital BER and S/N-ratio (DVB-S, S/2). QPSK and 8PSK constellation diagram. DVB-S (Free to Air) and SAT-analog TV-picture. LNB voltage 13/18V, 22KHz tone switch. DiSEqC according to level 1.0, 1.1 and 1.2. SatCr-control (UniCable). Favourite channel list (100 channels) for FTA DVB-S. Lots of memory positions for spectrum pictures. RS232 for PC-connection (up/download). Rechargeable Li-Ion battery.
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LED Tester For Chip And Wafer
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Electrical Testing: Forward：VF,DVF,VFDReverse：VZ,IROptical Testing: can test LOP in cd/mcd/W/mW/lm... from different optical componentsWavelength λp,λd,λc,hw,purity,(x,y),CCT,CRIFour-wire measurement and contact resistance in case of deviation.Auto polarity identification and preheat function.Compatible mechanical interface.Optional ESD static test system or polycrystalline test system
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Color Bar Generator with Text
CBG520
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The CBG520 provides a quality color bar generator with a unique text overlay system. The text can be used to annotate the color bar signal for test purposes. The labeled color bars can be used as a source identification (source ID) or to display a simple message.
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RFID
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Kathrein Solutions passive UHF RFID Hardware includes stationary RFID and mobile RFID reader, RFID antennas with a read range from a few centimeters up to several meter and Security RFID Transponder. With those high end devices logistics, industrial automation, retail and vehicle identification applications can be solved.
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Copper, Type T (°C) Contact
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Thermocouple contacts are manufactured from chromel or alumel alloys and are color-coded for easy identification. They are crimp terminated and easily inserted into connector modules and readily removed using a special removal tool.
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LC/MS/MS Method Package For Water Quality Analysis
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Shimadzu provides method files, including pre-registered MRM parameters with optimized quantitative and reference ions, LC separation parameters, and retention times and peak identification parameters for each compound, as well as report templates for outputting quantitation results, as a package. If retention times are adjusted when the system is introduced, based on the HPLC configuration delivered, the analysis process can be started as soon as the specified columns, mobile phases, and standard samples are supplied.
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Standard Digitizer
725S Family
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The 725S family is a digitizer capable of recording waveforms along with performing advanced algorithms for online digital pulse processing (DPP). Utilizing DPP Firmware, users can acquire quantitative physical parameters (Integrated Charge, Pulse Shape Discrimination with very fine time resolution, Pulse Height Analysis) as well as read out waveforms with automatic pulse identification and baseline suppression on channel basis (Zero-Length Encoding and Dynamic Acquisition Window). The wide range of DPP algorithms supported by the 725S make it a “must-have” for any type of nuclear physics application.
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PXIe-5673E, 6.6 GHz PXI Vector Signal Generator
781262-01
Vector Signal Generator
PXI Vector Signal Generators offer custom and standard modulation, as well as the ability to generate communications standards formats such as GPS, WCDMA, DVB-H, and more. They support quadrature digital upconversion, which reduces waveform download and signal generation time, as well as stream-to-disk capabilities. The power and flexibility of PXI Vector Signal Generators make them ideal for use in scientific research, communications, consumer electronics, aerospace/defense, and semiconductor test applications as well as for areas such as software-defined radio, radio-frequency identification (RFID), and wireless sensor networks.
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NI-5782, 100 MHz Bandwidth Transceiver Adapter Module for FlexRIO
782705-02
Transceiver Adapter Module
The NI‑5782 is ideal for applications that require the acquisition and generation of IF or baseband signals with in-line, real-time processing. You can analyze acquired signals in the PXI FPGA Module for FlexRIO to perform measurements and generate response signals. Application areas include RF modulation and demodulation, channel emulation, bit error rate testing (BERT), signal intelligence, radio frequency identification (RFID) and near-field communication (NFC) test, real-time spectrum analysis, and software defined radio (SDR).
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Imaging Colorimeters
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Westboro Photonics offers high resolution, high performance imaging colorimeters to meet the needs of manufacturers for several key applications: Computer and cell phone keyboards: automatic measurement, identification and pass/fail analysis for luminance and chromaticity of backlit glyphs and other lit elements. Beam pattern analysis of the luminous intensity distribution of lamps and LEDs. Avionic light plate panel balancing. Transportation, architectural and municipal lighting and signage.
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Ground Fault Monitor
IFT-120
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Our ground fault monitors enable you to easily and quickly find the source of the fault before a major problem occurs and damages your equipment. This is the IFT-120, designed to assist you in rapid identification of ground faults.
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Mobile Gas Leak Detection System
ABB Ability
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ABB Ability mobile gas leak detection system uses ABB’s patented Off-Axis Integrated Cavity Output Spectroscopy (OA-ICOS) technique which has a sensitivity and precision more than 3000 times greater than legacy methods. This enables identification of leaks several hundred feet away from the source. Current traditional leak detection technology is slow, laborious and costly. Operators walk on foot near the pipeline with hand-held sensors making paper-based reports.This is slow and can lead to dangerous leaks being missed or not identified in a timely manner. ABB’s Ability mobile gas leak detection system delivers a low cost per leak solution with low false positives. Reporting includes mapping of the leaks available via a mobile app and measurements as Cloud-based service. The system consists of ABB’s Methane/Ethane Analyzer, a GPS, a sonic anemometer and proprietary leak detection software that presents real-time geospatial maps of multiple gas concentrations in real time. The software’s sophisticated leak detection algorithm combines the system’s measurements of gas concentrations (CH4, C2H6), local coordinates (GPS) and local wind velocity (sonic anemometer) to estimate the location of the leak. Readings are stored in the device and can be transmitted in real-time to the cloud for centralized monitoring.
