LIQUID CHROMATOGRAPHS PARTS THEREFOR

Brand Owner Address Description
VANQUISH REACH Dionex Softron GmbH Dornierstrasse 4 Germering D-82110 Germany Liquid chromatographs and parts therefor; Laboratory apparatus and instruments for separating one or more compounds from a solution; Liquid chromatographs for use in identifying, quantifying and purifying individual components of a mixture; Laboratory apparatus and instruments, namely, chromatography columns, pipettors, dispensers, tubes and tube handlers;Chemical reagents; Chemical solvents; Chemical reagents, compounds and solvents for use in the clinical diagnostic field; Chemical reagents, compounds and solvents for use in the field of liquid chromatography; Chemical reagents, compounds and solvents for use with liquid chromatographs for analyzing biological or human samples in the clinical diagnostic field;Liquid chromatographs and parts therefor; Laboratory apparatus and instruments for separating one or more compounds from a solution; Liquid chromatographs for use in identifying, quantifying and purifying individual components of a mixture; Laboratory apparatus and instruments, namely, chromatography columns, pipettors, dispensers, tubes and tube handlers; All of the foregoing for clinical diagnostic or medical diagnostic use;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. An automatic sampler for automatically sampling liquid samples to be introduced into apparatuses that analyze liquid samples, such as liquid chromatographs, includes a needle with a tapered tip end for suctioning and ejecting liquid, a mechanism for moving the needle in the horizontal and vertical directions, and an injection port having an insertion hole into which the tip end of the needle can be inserted. The outer diameter of the tip end of the needle is at least 0.1 mm and at most 0.6 mm. By reducing the needle-to-port contact area, the automatic sampler facilitates high-sensitivity and high-precision analyses by significantly reducing the amount of cross-contamination, regardless of the type of samples.