4peaks software download manual#

Rapid creation of trace comparisons allows easy analysis across multiple purification runs.

4peaks software download manual#

Edit on the fly during manual or method mode.Use of the touch screen allows the same level of flexibility without the need for a computer adjacent to the system, minimizing the total footprint.Features and Benefits of ChromLab Software Simplify the evaluation of protein purification data with ChromLab Software.

Molecular weight determination of proteins with a designated SEC calibration curve.Automated calculation of common characteristics for example, HETP or peak symmetry for rapid assessment of column health.Heat maps for easy visualization of fraction concentration and purity.Visual tracking of your peak from fraction to fraction with rack location.Organized data and easy navigation with intuitive, grouped tabular layouts.Advanced integration parameters for manual integration functions and peak addition or removal for fine-tuning your data.Single-click peak detection and integration.Rapid creation of trace comparisons between multiple chromatograms.Customizable chromatogram layouts with a variety of viewing and data analysis options.Intuitive Data EvaluationĬhromLab Software utilizes intuitive functions and advanced tabular controls that enable: Use ChromLab Software for automated sequential purification, tandem purification, and 2-D purification. The following videos give an overview of how tandem purification can be applied to your research and reduce hands-on time. These templates may be edited to fit specific use case requirements. The software contains three tandem and 2D purification templates that reflect common multicolumn purification scenarios. Automated Multicolumn Purification Techniques In one method, screen up to 384 samples while scouting different sample volumes, columns, buffers, flow rates, or elution profiles. Scout one parameter at a time or multiple variables. The Scouting Wizard in ChromLab Software helps determine optimal purification conditions in an automated, systematic manner. Optimization of each method is a required step prior to automating multistep purification. Optimize your fractionation by choosing different collection triggers such as slope, pH, %B, and detector signals. The interactive gradient graph enables visualization of the protocol and quick click-and-drag adjustments to the experiment. Grouping parameters into intuitive phases puts the focus on your separations instead of hardware controls. Methods are created based on functional phases. For maximum flexibility, you can create your own custom column database entries. Select your column from our column database, and ChromLab Software will automatically adjust the flow rate and pressure parameters to the optimal values for that column, preventing damage to the column. Streamlined Method DevelopmentĬhromLab Software includes templates for common chromatography methods and complete multistep tandem chromatography for maximum versatility. Learn how ChromLab Software allows you to set up and control your NGC System with ease. This interface is also fully configured with VNC (Virtual Network Computing), allowing you to control and monitor the system remotely from nearly any smartphone, tablet, or laptop. The instrument control interface is also touch-screen optimized, allowing the same level of flexibility without the need for a computer adjacent to the system, while minimizing the total footprint. In both manual and automated method-based runs, the software highlights the real-time fluidic path and module device status to ensure accuracy. When operating the automated, programmed method mode, the flow rate, the gradient, and fractionation can all be edited and redefined rapidly for ultimate flexibility. During manual data acquisition, each component of the fluidic scheme can be controlled, providing the flexibility to edit on the fly and optimize purification conditions. In the case of multiple valves of the same type, the user can map the physical location of the device to its location in the fluidics scheme.

Graphical Instrument ControlĬhromLab Software instrument controls are designed around a novel fluidic scheme interface, which is customizable to the exact hardware configuration. It controls all functions for laboratory-scale protein purification including instrument setup and calibration, method development, real-time monitoring and system control, chromatogram comparison, and peak analysis. ChromLab Software is the integrated software package for the NGC Chromatography System.