Unlock Exclusive Discounts & Flash Sales! Click Here to Join the Deals on Every Wednesday!

OMNISEC RESOLVE GPC/SEC System,7.5, 12 or 18 µL, Malvern Panalytical (CAT#: STEM-LE-0347-LC)

Highlights

Optimized isocratic pump provides unmatched flow rate stability, thereby reducing baseline noise in all detectors
Integrated backwash function automatically prevents salt precipitation of pump seal, thereby maximizing its service life
Small volume degasser for fast solvent and buffer exchange

Cat Number: STEM-LE-0347-LC

Add to Cart



Description

OMNISEC RESOLVE is designed based on our 30 years of experience in GPC/SEC and precision electronic products, aiming to achieve the highest standards of chromatographic performance. The combination of an efficient degasser, a low-pulse pump, and a column oven can reduce baseline noise and obtain maximum measurement sensitivity and accuracy.

Specification

Detector(s): Light scattering, Differential refractive index, Viscometer, Diode-array-based UV/Vis spectrometer
Light Source: 50 mW, 640 nm laser
Flow Rate: 0.005 to 10 mL/min
Capacity: Up to 192
Dimensions (WxDxH): 420 x 640 x 890 mm
Principle: Light scattering (RALS or LALS), 4-capillary Wheatstone bridge and Differential refractive index detection
Temperature Control: 4°C to 65 °C
Temperature Range: 20°C to 65 °C
Cell Volume: 7.5, 12 or 18 µL

Features

Optimized isocratic pump provides unmatched flow rate stability, thereby reducing baseline noise in all detectors
Integrated backwash function automatically prevents salt precipitation of pump seal, thereby maximizing its service life
Small volume degasser for fast solvent and buffer exchange
Increased degassing efficiency ensures a more stable detector baseline
The integrated column oven ensures a stable separation temperature all the way up to 65°CC
Autosampler with zero injection volume overhead mode avoids wasting your most precious samples
Inject samples from vials or 96-well microtiter plates with unmatched precision and accuracy
Cool fragile samples (eg proteins) to 4°C to prevent aggregation and degradation
Heating polymer samples up to 60°C can reduce the solvent viscosity of viscous solvents such as DMSO
Advertisement