Waters Acquity UPLC H-Class Bio System
- Make Waters
- Hertz 50Hz/60Hz
- Model ACUITY UPLC
- Serial M10BQM079N
- Weight 240.0 Lb
- Voltage 120V/220V
- Includes Power cord included |
- Warranty 30-Day Warranty, 100% Parts and Labor
- Dimensions 29.0in x 43.0in x 29.0in
- Shipping Type Freight
- Item Condition Good
- Manufacturing Date Does Not Apply
Product Information
The Waters Acquity UPLC H-Class Bio System is a preowned system with a 30-day warranty and slight wear from normal use. It is designed for complex samples requiring multiple chromatographic techniques for biomolecule characterization. The system uses UPLC Technology, delivering improved chromatographic results with enhanced productivity and high-quality separations. Its multi-solvent blending capability allows for binary, ternary, or quaternary gradient operation. The system also provides the flexibility and ruggedness to run ion exchange (IEX), size exclusion (SEC), hydrophilic interaction (HILIC), or reversed-phase chromatography. The inclusion of various detectors such as FLR Detector and TUV Detector make it suitable for peptide mapping, intact protein analysis, and glycan analysis.
Key Features- Multi-solvent blending capability
- High-quality separations for various chromatography modes
- Multipurpose detectors for peptide and protein analysis
- FLR Detector 186015029
- TUV Detector 186015031
- Column Manager 186015043
- BioSample Manager FTN 800000313
- BioQuaternary Solvent Manager 186015041
- Column Heater/Cooler 186015011
Metric: 108.86 kg
Imperial: 240 lb
Metric: 71.12 cm x 101.6 cm x 78.74 cm
Imperial: 28 in x 40 in x 31 in
9027200000
Harmonized Code Details9027 - Instruments and apparatus for physical or chemical analysis
Testimonials
“REUZEit has been a great partner for our used equipment needs and always provide timely updates of new arrivals of consigned equipment.”
“Great company to work with. Tammy completed our first international equipment shipment with ease.”
“Fast response, open to adjusting schedule as needed, and great customer interaction.”