Prince Technologies B.V‭.‬ products

The 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 PrinCE Next Clarity software for data-acquisition and analyses. It is designed for easy, user-friendly operation with fast and reliable precision for routine analyses, providing maximum versatility.

The 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 is designed for easy, user-friendly operation with fast and reliable precision for routine analyses as well as method development.

The 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’ DAD 190-610nm can be used simultaneously with a wide selection of external detectors. The system is supplied with a PC, a start-up kit and pre-installed PrinCE Next Clarity software for data-acquisition and analyses. It is designed for easy, user-friendly operation with fast and reliable precision for routine analyses as well as method development.

The 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’ DAD 190-1010nm can be used simultaneously with a wide selection of external detectors. The system is supplied with a PC, a start-up kit and pre-installed PrinCE Next Clarity software for data-acquisition and analyses. It is designed for easy, user-friendly operation with fast and reliable precision for routine analyses as well as method development.

The TraceDec Contactless Conductivity detector (CCD) is based on two metal electrodes, which are placed around the separation capillary, which can be of any non-conducting material (e.g. fused silica, PEEK, Teflon). After an AC voltage is applied to the actuator electrode, the current passes the capillary wall, the detection gap between the electrodes inside the capillary, and back to the pick-up electrode. The signal is then further amplified and processed. The CE-cell can be placed inside the temperature controlled capillary compartment. The detector can be used with any PrinCE and PrinCE Next system without using any tools.

A Diode Array Detector (DAD) can add a lot of useful information in addition to the electropherogram. It creates spectra during the runs. These spectra be used to identify the peak, provided that a spectrum is available in the spectrum library. It is also very useful as a tool to determine peak purity. Only the slightest separations of two compounds that seem to form one peak, which can be detected if, the spectra of both compounds are sufficiently different.

LASER Induced Fluorescence detectors are extremely powerful, typically capable of emitting light of a very well defined wavelength with an intensity of 1-40 mW. Thus the maximum possible number of molecules can be excited, resulting in the best possible limits of detection.