Gilson TRILUTION LC What is?
TRILUTION® LC software provides a solution for customers using Windows 10 and is a user-friendly software package for controlling high-pressure liquid chromatography systems and automated liquid handling instruments. TRILUTION LC provides fraction collection capabilities, conditional logic collection, worry-free slope collection, accurate fraction simulation, graphical drag-and-drop user interface, and graphical sample tracking.
Conditional logic collection capabilities allow you to optimize purification, reducing the number of fractions that are collected and that need to be reanalyzed.
Collect specific peaks using conditional AND, AND/OR, and OR statements
- Apply conditional statements to the same detector signal using a combination of slope and level collection to obtain the highest possible purity
- Collect based on data from several different detectors: UV, DAD, ELSD, and MS
- Apply the ultimate efficiency tool and collect fractions based on UV and target masses
Collect specific peaks using conditional AND, AND/OR, and OR statements
Apply conditional statements to the same detector signal using a combination of slope and level collection to obtain the highest possible purity. Collect based on data from several different detectors: UV, DAD, ELSD, and MS Apply the ultimate efficiency tool and collect fractions based on UV and target masses Flexible, User-friendly Features.
The TRILUTION LC interface features:
- Graphical gradient creation and adjustments
- Click-and-drag icon-based tasks
- Graphical method optimization
- Time variables for universal method creation
- Intuitive sample list
- Graphical custom task and rack creation for flexibility and functionality to meet demanding application requirements
- Manual control functions for direct control of every instrument in the system prior to running samples, as well as the ability to monitor baselines prior to injecting valuable samples
- Conditional Logic Collection to Optimize Purification
- Conditional logic collection capabilities allow you to optimize purification, reducing the number of fractions that are collected and that need to be reanalyzed.
