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WATERS' ACQUITY UPLC Ultra High Performance Liquid Chromatography
UPLC technology, as a highly stable, reliable, and reproducible separation technique, has been successfully applied in various demanding analytical fi
Product details

·Linear speed, flow rate, pressure resistance range, higher work efficiency

·High flow rate and high flux achieve ideal separation and sensitivity

·Save analysis time and expenses for each sample, and greatly improve results

·Excellent column efficiency achieved using Waters patented sub micron hybrid particle packed chromatography column


ACQUITY UPLCsystem

During the analysis process of the ACQUITY UPLC system, a significant amount of time and money were saved from each sample while ensuring the quality of the analysis results. The performance of this system is better than traditional or optimized HPLC, making the chromatographic system more efficient, with a wider range of linear velocity, flow rate, and pressure resistance.


As a highly stable, reliable, and reproducible chromatographic system, the ultra-high performance liquid chromatography system has been successfully applied in various demanding analytical fields in major laboratories around the world. The unique feature of the overall system design lies in Waters' patented sub micron hybrid particle technology, which differs from today's traditionalCompared with the HPLC system using 5 μ m particle packing technology, the performance has been significantly improved in all aspects.

The ACQUITY UPLC system can be used alone or paired with Waters' optical and mass spectrometry detection technology to provide comprehensive end-to-end solutions for various industries, including ADME screening, food safety, biological analysis, clinical, metabolite identification, metabolomics, method development, open software, and routine screening.


Since its birth,The ACQUITY UPLC technology has enabled analysts to explore beyond the limitations of traditional HPLC separation.

ACQUITY UPLC I-ClassSystem——Help you overcome the toughest challenges.

ACQUITY UPLC I-ClasssystemProviding the strongest solutions for the most important needs in today's separation science; It can successfully analyze compounds that are limited or exist in complex matrices, and the speed is faster. This system aims to achieve the most accurate and reproducible separation effect, so that you will receive the most detailed information and accelerate the efficiency of laboratory work.


ACQUITY UPLC M-ClassSystem——Used for upgrading from nano to microUPLC separation.


ACQUITY UPLC M-ClasssystemCan serve allThe LC/MS analysis laboratory provides the most stable and reliable nano to micro upgrade UPLC separation performance. The ACQUITY UPLC M-Class system has a wide range of applications and can help laboratories smoothly complete sample analysis with extremely limited or precious sample quantities. Even if the target compound is contained in complex matrices that differ by several orders of magnitude, the system can easily handle it.


ACQUITY UPLC H-Class System——Used for routine analysis and method development.


If you are conducting routine analysis, developing methods, or simply enjoying the flexible use of multi solvent quaternary pump systems, thenHPLC is currently the only option untilACQUITY UPLC H-ClasssystemThe appearance.ACQUITY UPLC H-Class system is a set of optimized advanced system, which has the flexibility and simplicity of four component solvent mixing, and is equipped with a flow needle sampler, which can realize the advanced performance of UPLC separation - high separation, sensitivity and high throughput, while maintaining the recognized durability and reliability of ACQUITY system. By choosing ACQUITY UPLC H-Class, you can continue to run existing HPLC methods on future oriented LC platforms and achieve seamless transition to UPLC separation. When everything is ready, you can use integrated system tools and reliable chromatographic column toolkits for method conversion and development to simplify the transition process.


Attention: The content of this page is for reference only. Please refer to the official website of Waters for all information(Www.waters. com) shall prevail.


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