SEDEX LT-ELSD FP Low-Temperature Evaporative Light-Scattering Detector, Flash Nebulizer

The SEDEX LT-ELSD FP is an evaporative light scattering detector that combines reliability, robustness, and simplicity for exceptional purification performance. This detector is specifically designed to meet the needs of preparative HPLC, preparative SFC, and Flash Chromatography. It offers a cost-effective solution for detecting a wide variety of compounds, including carbohydrates, proteins, peptides, polymers, lipids, and steroids during purification, regardless of their fluorescence, absorption, or refractive index characteristics. The SEDEX LT-ELSD FP utilizes innovative low-temperature evaporation technology and features an optimized liquid flow path to avoid any clogging or contamination. Take advantage of the SAGA (SEDEX Automated Gain Adjustment) system that will automatically adjust the gain to prevent the detector from saturating and going off-scale. The ELSD technology is compatible with gradients and is not affected by the absorption characteristics of the eluents.

Key benefits include:

• Low-temperature evaporation of the mobile phase: This feature optimizes sensitivity for thermally labile and semi-volatile compounds.
• Innovative SAGA technology: Automatically adjusts the gain setting to prevent any off-scale saturation.
• Complete Remote Control: The gas, heater, photo-detector and light source can be automatically turned off after a series of analyses, ensuring longevity and increasing the system’s lifespan.
• Dedicated nebulizer and innovative cell design: Help minimize band broadening.

The SEDEX LT-ELSD FP can be easily integrated into almost any HPLC system, since it can be controlled locally via the keypad and display or remotely via USB using drivers for various CDS software packages, including ClarityChrom®, OpenLAB® or Chromeleon™. Detailed SOP protocols for GLP compliance and validation procedures are available.

This model is equipped with a dedicated flash nebulizer for preparative chromatography applications, covering a flow rate range of 100 µl/min to 5.0 ml/min.