1260 Infinity II Analytical-Scale Fraction Collector
The 1260 Infinity II Analytical-Scale Fraction Collector is optimized for laboratories performing analytical-scale compound purification of nanogram to milligram quantities with typical flow rates between 0.1 and 10 mL/min. The module features the full set of collection modes and is compatible with a wide variety of trigger sources. SBS plates and four different tube sizes with various lenghts are supported.
The Analytical-Scale Fraction Collector features a compact closed-box design, requires minimal bench space, and can be seamlessly integrated into any InfinityLab Analytical System. The built-in fraction delay sensor allows automated delay calibration for maximum substance recovery, and the four preconfigured capillary kits ensure minimum peak dispersion for maximum purity. Maximum capacity can be easily enhanced by clustering up to three modules.
The Analytical-Scale Fraction Collector features a compact closed-box design, requires minimal bench space, and can be seamlessly integrated into any InfinityLab Analytical System. The built-in fraction delay sensor allows automated delay calibration for maximum substance recovery, and the four preconfigured capillary kits ensure minimum peak dispersion for maximum purity. Maximum capacity can be easily enhanced by clustering up to three modules.
Product Details
Features
- Integration of all standard collection modes and compatibility to multiple trigger sources provides compatibility with existing purification methods
- Compact, closed design offers up to 216 fractions in vials or 384 fractions in SBS plates within small dimensions to save valuable bench space
- Integrated delay volume sensor and automated calibration procedure ensure optimized sample recovery
- Preconfigured tubing kits allow easy setup and provide optimized substance recovery with minimized peak dispersion at any flow rate
- Module offers clustering functionality for easy enhancement of available fraction capacity to double or triple
- Rapid vessel-to-vessel movement minimizes substance loss during movement between fraction vessels
