Used SHIMADZU LC-10A #293817411 for sale

SHIMADZU LC-10A
ID: 293817411
Liquid chromatography (HPLC) System Modules: SCL-10Avp, LC-10AS, SPD-10Avp, CTO-10A, SIL-10A.
SHIMADZU LC-10A is a high-performance liquid chromatography (HPLC) equipment developed by SHIMADZU Corporation, a leading provider of analytical instruments for research and industrial applications. Designed for use in analytical chemistry, pharmaceutical analysis, environmental testing, and other scientific fields, LC-10A offers advanced features and capabilities to meet the demands of modern laboratory settings. The key components of SHIMADZU LC-10A include a solvent delivery module, an autosampler, a column compartment, a detector, and system controller software, all working together to facilitate the separation, identification, and quantification of chemical compounds in complex samples. The unit is built on a modular platform, allowing for easy integration with other analytical instruments and accessories to create a comprehensive HPLC machine tailored to specific analytical requirements. The solvent delivery module of LC-10A is designed for precise and stable delivery of mobile phases at flow rates ranging from nano- to milliliters per minute. Equipped with high-pressure pumps and a solvent selection valve, the module enables accurate gradient elution and isocratic separations for a wide range of chromatographic applications. The solvent delivery tool is capable of generating pressures up to 40 MPa (5800 psi), ensuring optimal performance across a variety of analytical methods. The autosampler of SHIMADZU LC-10A is a versatile and reliable sample introduction asset that supports automated sample injection, allowing for high sample throughput and reproducibility in HPLC analyses. The autosampler features a sample loop with variable volume capacity, sample cooling options, and injection volume programming capabilities to accommodate different sample matrices and analysis conditions. With options for direct injection, pre-column derivatization, and online sample cleanup, the autosampler enhances the flexibility and efficiency of sample handling in HPLC workflows. The column compartment of LC-10A provides precise temperature control for HPLC columns, ensuring stable column performance and reproducibility of chromatographic separations. Equipped with a temperature controller, a column oven, and optional preheating and post-column cooling capabilities, the column compartment allows for temperature programming and optimization of separation conditions for different analytes and column chemistries. By maintaining constant column temperature throughout the analysis, the column compartment enhances peak resolution and detection sensitivity in HPLC applications. The detector in SHIMADZU LC-10A is a key component for sensitive and selective detection of analytes in HPLC separations. The model offers a range of detector options, including ultraviolet-visible (UV-Vis), fluorescence, refractive index, and electrochemical detectors, to meet the diverse detection needs of analytical laboratories. The detectors feature low noise, high signal-to-noise ratios, and wide dynamic ranges for accurate quantification of analytes across different concentration levels. With advanced data acquisition and processing capabilities, the detector module enables real-time monitoring and analysis of chromatographic signals, facilitating rapid method development and optimization in HPLC workflows. Overall, LC-10A is a versatile and reliable HPLC equipment that combines advanced functionalities with user-friendly design to support a wide range of applications in analytical chemistry and related fields. With its modular construction, precise control features, and comprehensive detector options, SHIMADZU LC-10A provides researchers and analysts with a powerful tool for high-performance liquid chromatography and chromatographic analysis. By incorporating the latest technology and innovation, LC-10A delivers accurate and reproducible results, making it an essential instrument for laboratories seeking to achieve rapid, efficient, and high-quality separations in their analytical workflows.
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