The Rapid Separation Multiple Wavelength Detector (MWD-3000RS) allows you to collect UV-vis data from up to 8 different wavelengths between 190 and 800 nm simultaneously. It offers reliable UV-vis detection for conventional and Rapid Separation LC applications at data collection rates up to 200 Hz per channel.

• Low noise (typically <±7 μAU) and drift (typically <0.5 mAU/h) for lowest LODs and LOQs
• Data collection rates of up to 200 Hz allow detection of even the sharpest peaks
• UV-vis detection of 10 peaks separated in 10 s is possible
• Stainless steel and PEEK^™ flow cells provide maximum application flexibility
• Front access to prealigned cells and lamps simplifies routine maintenance
• ID chips for tracking of lamp and cell parameters in audit trails
• Upgrade to full Diode Array functionality available

The Rapid Separation Multiple Wavelength Detector (MWD-3000RS) provides high flexibility to laboratories working in routine analyses and method development. Besides UV-vis spectra acquisition, it combines all the advantages of the DAD-3000RS, like identical noise and drift characteristics and high wavelength accuracy and precision.

Note: The MWD-3000RS is also available in a standard version (MWD-3000) with a data rate of up to 100 Hz for use with UltiMate 3000 Analytical systems.

Performance Examples

UltiMate^® 3000 HPLC systems deliver improvements in HPLC performance while ensuring easy, reliable operation.The UltiMate 3000 series operates over a wide range of flow rates, including preparative, analytical, micro, and nano/capillary scales, supporting applications such as discovery processes, quality control, and advanced research like proteomics.

Rapid Separation LC offers the highest flow-pressure range to meet your chromatographic goals whatever the may be. Developing separations in seconds rather than in minutes requires a system that provides excellent precision, speed, and performance. Use the RSLC Method Transfer Calculator for quick and easy conversion of conventional HPLC to UHPLC methods.