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Lab and Test

HEADLINES ARCHIVE

  • CO2Meter releases new PRO-10 portable CO2 safety detector

    The detector is ideal for applications in the food and beverage industry, dry ice production, indoor agriculture, and scientific or pharma fields.

  • Scientists create a quick, touch-free method to detect bacteria in liquids

    With the promise of easier diagnostic tests and greater food safety, the biogel test can reportedly be employed by untrained users to confirm contamination in fluids.

  • New optical biosensor quickly detects mpox virus

    According to the researchers, the biosensor promises to enable clinicians to diagnose mpox quickly versus waiting long periods of time for lab results.

  • Reducing CO2 through air leak detection

    This acoustic camera makes light work of identifying leaks in pipework and aids in controlling carbon dioxide emissions.

  • Optical water analyzers for critical measurement in real time

    The system includes optical sensors, controllers, a suite of add-on accessories and a data analytics and software solution.

  • Radar stethoscope promises a future of effortless health monitoring

    The device uses a 24 GHz continuous-wave radar system that bounces electromagnetic waves off fully clothed bodies.

  • Chemist robot set to transform science labs worldwide

    Luke features two robotic arms and is outfitted with a visual system, an artificial intelligence (AI) computing platform and human-machine interaction software.

  • Expanding your insights: Selecting your next digital microscope

    Discover how comprehensive features, advantages and support options of advanced models like the DSX1000 digital microscope can revolutionize scientific and industrial research.

  • Flow facility detects water pipeline flaws

    The University of Calgary, Canada, facility is intended to help engineer advancements in pipeline leak detection and related water infrastructure.

  • Keysight introduces tool to accelerate battery testing and design

    The software solution integrates three separate applications into one unified platform to accelerate development cycles and speed time to market.

  • Understanding battery degradation

    Understand how the extent of degradation differs based on factors such as battery chemistry, usage patterns and environmental conditions.

  • Why pH matters in pharmaceuticals: Keeping our medications safe and effective

    Explore why pH is so important in pharmaceuticals and how it impacts the drugs we rely on.

  • Nuclear clock marks precise time

    Reliance on atomic clocks to support international time documentation, particle physics research and other applications may be superseded by the evolution of a nuclear clock.

  • pH Measurements: Use cases in the paint industry

    Explore how the paint industry leverages pH measurement for quality control and process optimization.

  • Excelitas Technologies introduces new LINOS inspec.x L 5.6/105 VIS-NIR lens series

    Four lenses in series capture ultra-sharp, high-contrast images for visual and non-visual inspection.

  • Comau to develop innovative cell formation and testing technology solutions for National Institute of Chemistry in Slovenia

    Comau is tasked with industrializing flexible machines for advanced cell formation and testing of next-generation cell technologies.

  • New scanner technology promises to improve cancer and arthritis diagnosis

    The device delivered photoacoustic tomography (PAT) imaging scans to doctors in real time, reportedly providing them with both accurate and intricate images of blood vessels.

  • Microreactor technology enters advanced testing phase

    The eVinci microreactor could potentially start testing at the world’s first microreactor test bed as early as 2026.

  • OGP announces Smartscope M-series, the next evolution of the popular 3D multisensor metrology systems

    The metrology systems have been equipped with enhancements in image accuracy, optics and throughput.

  • Microscope achieves attosecond resolution

    Greater speed in imaging has been achieved with the development of a microscopy system that can generate images representing events lasting just one quintillionth of a second.

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