Eksigent Expands Chromatography Column Product Line.DUBLIN, Calif. -- Eksigent Technologies column line, to include eight new stationary phases. The 300 um i.d. columns are optimized to deliver maximum performance on the company's ExpressLC(TM) -100 and -800 HPLC HPLC high-performance liquid chromatography. HPLC high performance liquid chromatography. HPLC High-performance liquid chromatography Lab instrumentation A highly sensitive analytic method in which analytes are placed Systems, and are compatible with all capillary capillary (kăp`əlĕr'ē), microscopic blood vessel, smallest unit of the circulatory system. Capillaries form a network of tiny tubes throughout the body, connecting arterioles (smallest arteries) and venules (smallest veins). LC instruments. "With these new additions, we now have a complete range of columns to support all reversed phase separations," commented Phil DeLand, Senior Product Manager for Eksigent. "Our column line helps users get the highest data quality that our systems can deliver." ChromXP columns are now offered in C4, C8 and C18 reversed phases, including a C8 and C18 embedded Inserted into. See embedded system. polar phase. There is also a C18 for use with highly aqueous aqueous /aque·ous/ (a´kwe-us) 1. watery; prepared with water. 2. see under humor. a·que·ous adj. mobile phases, to separate compounds unretained on traditional C18 columns. Each column is offered in lengths of 30, 50, 100 and 150 mm. ExpressLC Systems, based on Eksigent's proprietary microfluidic technology, deliver high-resolution, high-speed separations that cannot be achieved with conventional HPLC. Although ExpressLC systems work with a range of commercially available 300 um i.d. columns, the ChromXP columns are designed and optimized to operate at the high linear flow velocities of the ExpressLC Systems. ChromXP columns feature "toolless" finger-tight fittings, enabling the user to install the columns by hand, without wrenches. These easy-to-use fittings cut the time to change a column in half, while providing higher overall connection integrity. Eksigent Technologies is a pioneer in microfluidic systems that automate and accelerate proteomics, drug discovery, medical devices and other life science applications. Eksigent's core technologies include microscale pumping, microfluidic system design and microfabrication. The company offers solutions for nanoscale At nanometer size. Any device only a few nanometers in size is nanoscale. See nanotechnology and nanometer. liquid chromatography, high-performance liquid chromatography and microscale pumps. For more information, visit www.eksigent.com. Please send reader inquiries from this release directly to: Lisa Mahar, Eksigent Technologies, 5875 Arnold Road, Suite 300, Dublin, CA 94568. lmahar@eksigent.com. |
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