OmniSEC Software

OmniSEC is a powerful yet easy to use GPC/SEC software for instrument control, data acquisition, analysis and reporting. It is at the heart of all Viscotek systems providing an integrated solution that helps you maximize the information and efficiency of your experiments. Simply load your samples and the software controls all the sequencing, enabling truly automatic unattended operation.

Support for:

• Multi detection (Single/Dual/Triple/Tetra)
• Absolute molecular weight
• Protein analysis
• Molecular conformation/branching
• Copolymer analysis
• Intrinsic viscosity
• Flow Injection Polymer Analysis (FIPA)
• Universal calibration
• Conventional calibration

OmniSEC contains many convenient and productive features:

• Two clicks from raw data to results
• Built-in, intuitive report designer
• Manual or fully automatic baseline setting
• Automatic determination of dn/dc, UV extinction coefficient and A₂
• Proven asymmetric band broadening corrections
• Fully automatic process control/LIMS mode
• Integrated help system to guide users
• Full export capability of raw data, results and intermediate calculations
• Enables compliance with 21 CFR part 11

More information

	Featured presentations and application notes:
	Application communication: Characterization of branched copolymers by triple detection GPC Polymers can be loosely grouped into two structural categories – linear and branched. A linear polymer is composed of a single main chain of repeating units, linked in a regular end to tail fashion.
	On-demand presentation: Quality Control Analysis of CPVC Pipe Using Advanced Detection GPC Chlorinated polyvinylchloride (CPVC) is a common thermoplastic used for applications requiring an economical material for liquid handling. The process of manufacturing CPVC pipe follows two basic steps. The material is first compounded with a variety of additives to control both functional an aesthetic properties and is then extruded under heat and pressure to mold the final product. In some cases, the final product does not contain the required physical properties. The material’s performance can be directly linked to the structural deficiencies of the CPVC. To monitor these changes, the CPVC can be isolated, separated by GPC, and analyzed using advanced detection to determine inconsistencies in the structural properties that may arise during the extrusion process. These changes, whether they are structural or chemical, can be correlated back to the stability of the virgin CPVC used, preventing further processing of defective material
	More application notes and online presentations are available to search for FREE in the Malvern Application Library and Presentations Database (Requires Free registration).