Waters Acquity UPLC System with PDA
The Waters Acquity UPLC System with PDA is engineered to deliver exceptional performance in analytical laboratories. Recognized for its reliability, this advanced UPLC system ensures reproducible and high-quality results for even the most complex separations.
This sophisticated system features a compact tower design that integrates a sample manager, column manager, binary solvent manager, and a sophisticated PDA detector, providing a streamlined workflow for enhanced productivity and efficiency.
Key Features:
- Wide Range of Flow Rates: Optimize your analytical runs with variable flow rates and back pressures suited for a diverse range of sample types and conditions.
- Efficient Throughput: Experience increased throughput without compromising on separation efficiency, allowing for optimal utilization of time and resources.
- PDA Detector Performance: The ACQUITY PDA Detector enables detection and quantification of lower concentrations of analytes, supporting your lab's needs with data rates of up to 80 Hz.
- Impressive Sensitivity: Quantitate trace impurities as low as 0.004% using low signal-to-noise ratios, ensured by high optical and digital resolutions along with effective library matching.
- Flexible Operation: Achieve accurate and reproducible integrations through customizable parameter controls and sampling rates tailored to your specific analytical requirements.
- Simultaneous 2D and 3D Analysis: Utilize Empower or MassLynx Software for dual operational capabilities, enhancing your analytical capabilities.
- Broad Wavelength Range: Operates effectively across wavelengths from 190 to 500 nm with exceptional linearity, supporting analyses without compromising quality. Achieve a deviation of 1.3% at 2.0 AU and 5.0% at 2.8 AU.
- Maximum Light Transmission: Designed for efficient light transmission, ensuring maximum sensitivity and optimal detection limits for various sample types.
Enhance your lab’s analytical capabilities with the Waters Acquity UPLC System with PDA, built to meet the stringent requirements of modern chromatography.
