The LC8000 quaternary low-voltage automatic system has excellent flexibility and high automation, which can easily meet the complex needs of various fields such as pharmaceuticals, environment, food safety, petrochemicals, agriculture, forestry, animal husbandry, and fishery. Under the control of the Ultrachrom chromatography workstation, fully automated analysis, reporting, system flushing, and shutdown can be achieved, greatly improving work efficiency. It has ultra-high cost-effectiveness and good stability, and is easy to maintain. Meet routine analysis requirements, such as QA/QC methods and GPC/SEC applications. It can be easily upgraded to a multi automatic system when you need it.
Delivering reliable, full-service chromatography analysis.
Compliant with FDA 21 CFR Part 11/GMP/GLP specifications
A graphical monitoring interface that allows for real-time monitoring of device status, simple and easy to use
Powerful data processing capabilities, providing multiple integration functions and calculation methods
Automatic peak width, automatic threshold algorithm, adaptive data collection, automatic adjustment algorithm to achieve optimal integration effect
Powerful and comprehensive user management functions, with access permissions that can be set for easy management. Different usage permissions can be set according to actual needs
Delivering reliable, full-service chromatography analysis.
model | quantity |
LC8245 Four element Low pressure Infusion Pump | 1 unit |
LC8320 automatic sampler | 1 unit |
LC8400 column temperature box | 1 unit |
LC8500 UV Visible Detector | 1 unit |
Delivering reliable, full-service chromatography analysis.
Delivering reliable, full-service chromatography analysis.
Delivering reliable, full-service chromatography analysis.
By optimizing sample pretreatment, chromatographic conditions, and detection methods, ensure rapid separation and quantitative analysis of sweeteners in complex food matrices.
By optimizing sample pretreatment, chromatographic conditions, and detection methods, ensure rapid separation and quantitative analysis of sweeteners in complex food matrices.
By optimizing sample pretreatment, chromatographic conditions, and detection methods, ensure rapid separation and quantitative analysis of sweeteners in complex food matrices.