METHOD High performance capillary electrophoresis
Based on the differential migration of componenys of aqueous samples within a narrow quartz capillary under the influence of the applied electric field. Separated solutes are quantitatively detected at the capillary outlet by high sensitive optical system based on direct or indirect UV absorbance.
- high separation efficiency
- low reagent consumption
- simple sample preparation
- compact benchtop design
- autosamplers (10 inlet and 10 outlet vials) in CAPEL-105 and CAPEL-105M
- user-friendly software
- implementation of various methods (capillary zone electrophoresis, micellar electrokinetic chromatography, capillary isoelectric focusing, capillary gel electrophoresis, capillary isotachophoresis
New features of Capel-105M: - full control of the instrument from the PC
- broadened range of pre-set temperatures for liquid cooling
- fully automated programmable system with different levels of task complexity - from manual operation through simple analysis to complex sequence of runs
- extended operation options such as spectra scanning and broader injection pressure range
- ability to apply controlled pressure simultaneously with the high voltage during analysis
- substantially modified capillary cassette to provide liquid cooling, simplify capillary replacement and increase the sensitivity
- Automatic pressure or electrokinetic sample injection
- Built-in capillary rinsing system
- Convenient access to the vials and capillary
- Possibility of visual check of the position of the vials and capillary rinsing
- Liquid cooling system in CAPEL103 and in CAPEL-105, CAPEL-105M
- Built-in monochromator (190 - 380 nm) in CAPEL-105 and CAPEL-105Mhigh separation efficiency
