Capillary Electrophoresis Instrument

Capillary electrophoresis instruments enable to the separation of charged molecules from each other. Unlike standard SDS-PAGE separation, capillary electrophoresis systems can provide molecule detection after separation through a light source and detector and the system can utilize high voltages without overheating the samples. Applications for capillary electrophoresis instruments include pharmaceutical (i.e. digest analysis of biopharma drugs; peptide mapping), life science (i.e., protein/peptide separation, DNA analysis, and PCR product analysis, chemical (i.e. raw material analysis), forensics (i.e. drug and explosive analysis), environmental (i.e. pesticide analysis) and food/beverage (i.e. as organic acid analysis).

Consideration when purchasing a capillary electrophoresis system:

Capillary electrophoresis provides additional advantages over other analysis methods, like HPLC, GC, SDS-PAGE, which include speed, cost of analysis, and easy method development. First consideration is the type of system required. There are several methods of capillary electroseparation, which include capillary zone electrophoresis, capillary isoelectric focusing, capillary gel electrophoresis, and more. Second consideration is the system’s throughput; how many samples can the instrument run.

CompanyPrince TechnologiesPrince TechnologiesPrince TechnologiesPrince Technologies
ItemPrinCE Next|850PrinCE Next|840PrinCE Next|870PrinCE Next|875
Price
DescriptionThe PrinCE Next|850 is a flexible capillary electrophoresis system, comprised of an inlet- and outlet autosampler and configurable flexible external capillary outlet. The system is supplied with a PC, a start-up kit and pre-installed PrinCE Next Clarity software for data-acquisition and analyses. It... Read MoreThe PrinCE Next|840 is a start-up capillary electrophoresis system, comprised of an inlet autosampler with a flexible external capillary outlet. The system is supplied with a PC, a start-up kit and pre-installed Clarity for PrinCE Next software for data-acquisition and analyses. It is designed for ... Read MoreThe PrinCE Next|870 is a fully flexible, automated capillary electrophoresis system, comprised of an inlet- and outlet autosampler, integrated DAD and configurable flexible external capillary outlet. The system's DAD 190-610 nm can be used simultaneously with a wide selection of external detectors. ... Read MoreThe PrinCE Next|875 is a fully flexible, automated capillary electrophoresis system, comprised of an inlet- and outlet autosampler, integrated DAD and configurable flexible external capillary outlet. The system's DAD 190-1010 nm can be used simultaneously with a wide selection of external detectors.... Read More
TypeCapillary Electrophoresis SystemCapillary Electrophoresis SystemCapillary Electrophoresis SystemCapillary Electrophoresis System
ApplicationsEnvironmental analysis, forensics, pharmaceutical, food safety, life sciences; CE modes: CZE, CGE, MECC/MEKC, IEF, CEC, ITP; separation, identification and quantification from smallest ions to larger molecules; fraction collectionEnvironmental analysis, forensics, pharmaceutical, food safety, life sciences; CE modes: CZE, CGE, MECC/MEKC, IEF, CEC, ITP; separation, identification and quantification from smallest ions to larger moleculesEnvironmental analysis, forensics, pharmaceutical, food safety, life sciences; CE modes: CZE, CGE, MECC/MEKC, IEF, CEC, ITP; separation, identification and quantification from smallest ions to larger molecules; fraction collection under precisely controlled conditionsEnvironmental analysis, forensics, pharmaceutical, food safety, life sciences; CE modes: CZE, CGE, MECC/MEKC, IEF, CEC, ITP; separation, identification and quantification from smallest ions to larger molecules; fraction collection under precisely controlled conditions
Number of SamplesInlet: 50 sample positions (or optional 96-well plate with adapter); 50 buffer positions; outlet autosampler: 20 positionsInlet: 50 sample positions (or optional 96-well plate with adapter); 50 buffer positions; outlet vial assemblyInlet: 50 sample positions (or optional 96-well plate with adapter); 50 buffer positions; outlet autosampler: 20 positionsInlet: 50 sample positions (or optional 96-well plate with adapter); 50 buffer positions; outlet autosampler: 20 positions
Voltage-30 to +30 kV (electrokinetic); hydrodynamic: -230 to 300 mbar, 1 mbar resolution; flush: 0 to +3500 mbar, up to 10 bar by external pressure-30 to +30 kV (electrokinetic); hydrodynamic: -230 to 300 mbar, 1 mbar resolution-30 to +30 kV (electrokinetic); hydrodynamic: -230 to 300 mbar, 1 mbar resolution; flush: 0 to +3500 mbar, up to 10 bar by external pressure-30 to +30 kV (electrokinetic); hydrodynamic: -230 to 300 mbar, 1 mbar resolution; flush: 0 to +3500 mbar, up to 10 bar by external pressure
Dimensions43 × 48 × 66 cm (W × H × D); 40 kg43 × 48 × 66 cm (W × H × D); 38.7 kg43 × 48 × 66 cm (W × H × D); 42.5 kg43 × 48 × 66 cm (W × H × D); 42.5 kg
Detector(s)External detectors supported: LIF (Laser-Induced Fluorescence), Conductivity, Mass Spectrometry; sufficient capillary compartment space for external remote detector cellsExternal detectors supported: LIF (Laser-Induced Fluorescence), Conductivity, Mass Spectrometry; sufficient capillary compartment space for external remote detector cellsIntegrated DAD (Diode Array Detector): 190–610 nm, 512 diodes, up to 8 simultaneous channels, wavelength accuracy <0.3 nm, noise level <3×10?5 AU, integration time 6 ms–10 s; also compatible with external LIF, Conductivity, and Mass Spectrometry detectorsIntegrated DAD (Diode Array Detector): 190–1010 nm UV/VIS/NIR, 1024 diodes, up to 8 simultaneous channels, wavelength accuracy <0.3 nm, noise level <3×10?5 AU, integration time 6 ms–10 s; also compatible with external LIF, Conductivity, and Mass Spectrometry detectors
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