A single solution that ALIGNS and expands to fit your throughput requirements
A flexible system that ADAPTS and can be easily customized to suit your application needs
An intelligent design that ASSURES and guides you, consistently providing superior performance
The NGC system can be enhanced to meet your requirements.
Modules can be added or moved to enable new capabilities or optimize existing functions.
Use the movable touch screen for full control of the instrument when prepping the system or performing manual separations.
Affix magnetic column holders at almost any location on the NGC instrument to minimize the bench space required for traditional column holders.
The custom fluidic scheme interface allows you to manually control individual components, make real-time adjustments for optimal separations, and view the current flow path.
The touch screen provides step-by-step LED-guided setup for easy plumbing.
Select any plumbing connection...
...to activate the Point-to-Plumb indicator lights, which illuminate each physical connection on the instrument flow path.
Magnetic column holders and tubing organizers give you complete flexibility in column placement to minimize hold-up volume and maximize convenience.
Intuitive Instrument Control. Control the instrument and get updated status reports using ChromLab's intuitive instrument control interface, fully featured on both the computer and the touch screen.
Access Template Methods for Many Purification Systems
Interactive Gradient Adjustment. Make quick edits to the %B by simply dragging the gradient graph.
Rapid Peak Detection ChromLab's single-click integration gives you peak results quickly.
Locate and Quantitate Fractions. Select multiple fractions to analyze.
Visually identify each fraction in the color-coded rack display.
Elegant Software Solutions for Sophisticated Workflows
ChromLab™ software anticipates common functions, presents them in an intuitive fashion, and can be further customized to fit your research needs.
Explore how the software improves the chromatography workflow in our interactive ChromLab software tour, where we illustrate improvements in such areas as instrument control, method creation, and data analysis.
An ideal purification system needs to perform consistently. Overlaid repeated separations show no variation on the NGC system.
Precision pumps and an optimized flow path create an optimally mixed gradient, ensuring identical separations on multiple systems.
Extended Service Care programs are available for NGC to offer service coverage post-warranty.
Our portfolio offers full coverage package which include all repair costs, through to proactive maintenance plans and specific selected services.
An optimized flow path limits unwanted mixing and band broadening, ensuring reproducible separations across multiple systems.
Be confident of your results.
Access full NGC instrument control using the touch screen through module faceplates. Current active flow paths are clearly illustrated on screen.
Adjust buffer percentages and phase duration with a simple click and drag of NGC’s gradient graph.
ChromLab software can analyze data and generate high-quality chromatogram images with just a few clicks.
Superdex 200 size exclusion column separations performed on the NGC™ Quest, ӒKTApurifier, and ӒKTA avant systems. The sample was a Bio-Rad size exclusion standard (cat #151-1901) consisting of thyroglobulin, γ-globulin, ovalbumin, myoglobin, and vitamin B12.
ӒKTA, ӒKTApurifier, and Superdex are trademarks of GE Healthcare group companies.
Eleven identical size exclusion column separations performed on the NGC™ Quest system. The sample was a Bio-Rad size exclusion standard (cat #151-1901) consisting of thyroglobulin, γ-globulin, ovalbumin, myoglobin, and vitamin B12.
Identical columns and gradient separations performed on the NGC™ Quest and ӒKTApurifier systems. The sample was a cation exchange standard consisting of α-lactalbumin, ribonuclease A, cytochrome C, and lysozyme.
ӒKTApurifier is a trademark of GE Healthcare group companies.
Easily swap the modules and continue using the system.
Multi-wavelength detector LEDs provide current, absorbance, conductivity, and temperature measurements in real time. Other module LEDs display real-time status and diagnostics.
