Hewlett-Packard - Analytical Chemistry (ACS Publications)

Dec 14, 2011 - Hewlett-Packard. Anal. Chem. , 1984, 56 (2), pp 275A–275A. DOI: 10.1021/ac00266a810. Publication Date: February 1984. ACS Legacy ...
0 downloads 0 Views 2MB Size
YOUR ACCESS TO EXCELLENCE BEGINS HERE. Autosampler allows program­ mable injection volumes from 0.1μΙ to 250(il and fast random access to 100 samples. \ A flow range from ΙμΙ/mtn. to 5ml/min. Λ

Large-capacity oven heats solvent as well as column for optimum efficiency and selectivity \

Economical filter-photometric detector permits fast wave­ length switching during the analysis process-

Alternate diode array detector provides spectral data as the sample elutes. Powerful software enables automatic checking of peak purity and identity. High-speed columns increase lab throughput; microbore columns cut solvent consump­ tion by at least 80% compared to standard columns and increase detectability by 5X

Every module is designei effective automation and communication. Flexible data handling and communications capabilities allow the Η Ρ1090 to be "ïadily integrated into your boratory data system.

~*-N

k

0 II III"

The breakthrough H P 1090 LC lets you improve on today's techniques while you explore tomorrow's.

HP 1090 Liquid Chromatograph.

At last there is an instrument that ensures excellent precision and easy automation whether you are using conventional, high-speed, or microbore columns: the HP 1090 Liquid Chromatograph. Its sophisticated engineering opens the way for you to benefit from high-speed techniques that can dramatically increase laboratory throughput or, alternately,

microbore techniques which combine significant gains in detectability with major reductions in solvent consumption. To protect your investment, the HP 1090 has been designed from the start to be an obsolescence proof, growing family of integrated modules. This approach allows you to buy the exact configuration you need

today, yet permits simple reconfiguration if your needs change—or as new HPLC techniques are developed. For all the details on this dramatic advance in HPLC instrumentation, call your local HP office and ask for the Analytical representative. Or, write: Hewlett-Packard, Analytical Group, 1820 Embarcadero Rd., Palo Alto, CA 94303.

HEWLETT PACKARD Circle #164 for literature.

Circle #165 for an HP representative to contact you.