Showing results: 136 - 150 of 329 items found.
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Shimadzu Corp.
High-purity gas is necessary in industries such as chemical, medical, and foods. Precisely controlled GC enables identification and quantitation of a trace amount of impurities in bulk gas. If the gas resources in a factory consist of multiple lines, a sample line selector SLS-2020 can be utilized to switch sample lines automatically, allowing a single GC to analyze all samples.
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PR0128 -
PREMOSYS GmbH
The CIELab Color Sensor PR0128 is a color detection system with integrated high power light source, for determining the surface color. It is characterized by the identification of the smallest color nuances and the highest long-term stability. Here, up to 63 completely different products in different colors can be independently controlled and tested without changing parameters or gain levels.
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TacFLIR® 280-HD -
Teledyne FLIR
TacFLIR 280-HD is a high-performance land-based imaging system designed to identify and track smugglers, terrorists, or any other threat – day and night, and in the toughest terrain. Tailored for mobile deployment with high definition imaging and powerful optics and INS, TacFLIR 280-HD reveals the details necessary for long range vehicle detection, identification, and threat assessment.
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SFY060 -
Shanghai Launch Electric Co., Ltd.
Identify positive and negative signals: automatic identification of positive and negative input signals, timely show of positive and negative signal with peak valueAutomatic convert range: intelligently judge signal amplitude , automatic convert measurement range to ensure accuracyData saving: automatic save 300 groups of signal peak information, can be printed and cleared.
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ST5C Colibri -
Advance Devices Corp.
*Built-in direct LCR probe*Convenient one-hand operation*Ideal for Surface Mount Devices*Automated component identification*Automated test range selection*Manual C, R, L and ESR modes*Manual test frequency overrides*Test signal level 0.5 Vrms*Portable and ergonomic design*OLED Display*Built-in Li-Ion battery
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Burst-Analyzer -
Becker & Hickl GmbH
*FCS Fit with User-Defined Model Functions*Identification of Single-Molecule Photon Bursts in Parameter-Tag Data*Analysis of Fluorescence Intensity and Lifetime within Photon Bursts*One- and Two-Dimensional Histograms of Burst Parameters*Filtered Histograms of Burst Parameters*Discrimination of Different Fluorescent Species or FRET States*Determination of FRET Efficiencies*Exclusion of Artifacts in Intensity Traces
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National Technical Systems
Destructive Physical Analysis (DPA) is the process of disassembling, testing, and inspecting electronic components to verify the internal design, materials, construction, and workmanship. This process of sample inspection is used to help ensure that electronic components are fabricated to the required standards. Destructive Physical Analysis is also used effectively to discover process defects for identification of production lot problems.
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Aegis Industrial Software Corp.
Eventually your MES system needs to interact with the physical world and that means hardware is necessary. Aegis offers pre-certified devices such as scanners as well as line control devices of its own design. The benefit for customers is a successful implementation that comes from Aegis' experience of 1600 installations dealing with thousands of identification challenges and process control challenges.
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identiFINDER® S9xx Series -
Teledyne FLIR
The identiFINDER® S900 is an autonomous sensor that delivers real-time radiation detection and identification. It detects the presence or movement of radioactive material across borders, into buildings, at large public gatherings, and events. The S900 is available in a wide variety of form factors that can be tailored to application-specific environments and sensitivities. Deployment can begin with a standalone system and expand to a network of systems as needs change.
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Tevora
The Tevora malware analysis process begins with the identification and quarantine of the software in question. Our experienced analysts will then test the malware in our malware analysis lab and isolate the malicious software so its behavior can be learned. Understanding what a particular piece of malware is designed to do, helps direct focus on what other systems and information are at risk.
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TestOrigen Software Testing Services Pvt Ltd.
Performance Testing or load testing both are basically the processes of measuring the Stability, Scalability, Speed, responsiveness under various load environments. It is the testing performed for the identification of bottlenecks or users response time problems and its reasons. Performance Testing assists your system to reach consistency and provide the exact outcome according to your business needs.
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GAO Tek Inc.
GAOTek portable material analyzers deliver instant, relevant data for quick decision making in critical situations. Combining advanced technologies with an incredibly easy-to-use interface, our portable analyzers provide rapid, reliable chemical identification and material verification to increase throughput, increase quality and reduce risk. It can be used in any location, field environment or weather condition.
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Epsilon Range -
Malvern Panalytical Ltd
The Epsilon range of X-ray fluorescence XRF analyzers are an ideal analytical solution. They are capable of simple element identification and quantification up to more sophisticated analysis. They are easy to operate, compact and X-ray safe instruments without the need for additional chemicals or operating gasses. Considerable savings in time and cost are two of the many benefits XRF can bring compared to alternative analytical techniques.
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Washington Laboratories LTD.
RFID is a lot more prevalent than it was; it is used for inventory control, electronic article surveillance, process control and sample identification just to name a few. RFID readers are certified as unlicensed devices per FCC Part 15. Part 15.225 is for RFID readers in the 13.56 MHz range, and Part 15.247 is used for RFID readers in the 900 MHz range.
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Shimadzu Corp.
Solving odor problems requires identifying the substances causing the odor. However, accurate identification requires relevant knowledge, such as knowing which types of compounds can cause odors, the odor quality, and threshold levels for sensing odors. This system combines a database of the major odor-causing substances and associated sensory information with a GC-MS. It provides a total solution necessary for analyzing odors.