Materials analysis examines the properties, composition, and behavior of materials at a microscopic and macroscopic level. Using advanced techniques such as microscopy, spectroscopy, and chromatography, materials analysts investigate the structure, purity, and performance of various substances. From industrial materials and nanomaterials to battery testing and beyond, this field provides critical insights into the characteristics and applications of materials across industries such as manufacturing, electronics, and healthcare. Explore how materials analysis drives innovation, quality assurance, and product development for a wide range of applications.
Monitor in-situ reactions at high pressures of 3000 psi and temperatures up to 200 °C with the Reaction Cell Golden Gate™ ATR Accessory. This product is especially well-suited for the spectroscopic analysis of caustic or acidic reactions, slurries and abrasive particulates.
Far red fluorescent detection of mitochondria
Ergonomic and easy to use, our new CX43 microscope helps keep users comfortable during long periods of use, maximizing work efficiency.
Offers the most complete instrument control of Agilent LC, GC, CE, CE/MS, and LC/MS instruments systems you have now, with limited instrument control of other vendors’ systems. Plus, take full advantage of the advanced features of the Agilent GC and LC instruments you have now and new instruments, when released.
Agilent's flexible, pre-configured and factory-tested Residual Solvent Analyzers provide quick start-up for accurate and reproducible analysis of Class 1 and Class 2A/B solvent content in pharmaceutical products.
Modular Research Steady-State and Lifetime Fluorescence Systems
MicOS is a fully integrated and flexible microscope spectrometer that combines a microscope head with a high-performance, triple grating, imaging spectrometer that can accommodate up to 3 different detectors. MicOS is the ideal system for semiconductor microstructure characterization, micro LEDs, micro and macro photoluminescence, photoluminescence mapping of semiconductor wafers.
Pulsed-field-gradient (PFG) NMR techniques have been used for many years to measure diffusion and other molecular motion in liquids and solids, and interest in various applications continues to grow. PFG techniques are used to study the mobility of molecules, the structure of materials (porous systems, polymers, electrolytes, food and more) and to characterize mixtures. Free and restricted diffusion and translational motio…
A general purpose loop that is great for high-throughput applications. Available in 10 different sizes from 50 to 1000 μm.
