Waters Corporation. (8/17/16). "Press Release: Waters Expands Microscale Separations Science Portfolio". Milford, MA.

	Region	Toronto, ON
	Country	Canada
	Organisation	Waters Corporation (NYSE: WAT)
	Group	Waters (Group)
	Organisation 2	IMSF (International Mass Spectrometry Foundation)
	Product	iKey™ HT 300-micron i.d. microfluidic device
	Product 2	IMSC 2016 Toronto
	Person	Murphy, Brian J. (Waters 200912 Public Relations Manager)

Extending the Practicality and Enhancing the Value of Microscale Liquid Chromatography, Better Enabling Scientists to Quantify Hard-to-Separate Analytes in Precious Samples

Waters Corporation (NYSE: WAT) is unveiling a new line of chromatographic fittings and a new microscale separations device at the 21st International Mass Spectrometry Conference. The new products enable research scientists doing nano-to-microscale liquid chromatography (LC) to achieve greater levels of productivity for peptide bioanalyses and for pharmacokinetic and endogenous peptide biomarker validation studies.

High Throughput Microflow LC-MS – Delivering Greater Analytical Sensitivity in Three Minutes or Less

The Waters® 300-micron i.d. microfluidic device, the iKey™ HT, is a new addition to the company’s ionKey/MSTM microscale chromatography product portfolio. The iKey HT device is a ceramic tile that is etched with a 300-micron i.d. channel packed with 1.7 or 1.8 micron UPLC® particles, which takes the place of a traditional capillary column. The larger i.d. microchannel etched into the new device allows scientists to run separations at higher flow rates as compared to the 150 micron i.d. tile, thereby shortening run times to three minutes or less which is comparable to the run time of a conventional LC separation performed on a 2.1 mm i.d. column.

In a new publication by Waters, the authors describe a study for which 1,000 injections of a crashed plasma sample containing six small molecule analytes were run on the same prototype BEH C18 iKey HT device (300 micron x 50 mm, 1.7 micron). The results showed a coefficient of variation (% CV) of less than 5%, at least a 2X gain in sensitivity over UPLC/UHPLC, and a cycle time of less than three minutes for each sample run.1

The Waters 300 µm I.D. X 50mm (L) iKey HT separation device will be available with the following separations media: BEH 130Å PsT C18, 1.7 micron, CSH 130Å PsT C18, 1.7 micron, and HSS T3 100Å, 1.8 micron.

IMSC 2016 attendees will get to hear more about Waters iKey HT product line at a breakfast seminar on Wednesday, August 24 from 7 – 8 a.m. in Waters hospitality suite #715 at the Metro Toronto Convention Centre.

The ionKey/MS system, introduced previously by Waters, and which features a 150 micron iKey, won a top innovation award from The Analytical Scientist magazine in 2014 and an R&D 100 Award in 2015.

For more information: http://wvmc.waters.com/imsc/imsc-product-showcase/

New ZenFit Tubing Kits and Finger-Tightened Fittings for Microscale Chromatography Feature

Good sample preparation is extremely important but never more so than for nano and micro-scale separations. Despite the best of intentions, connective tubing inside the UPLC system can clog and when it does, the remedy is to replace the clogged tubing. For those less experienced, overtightening of the connective fittings is common and can lead to breakage or crushing of the tubing. Waters new ZenFit™ Tubing Kits include finger-tight fittings featuring ZenFit Connection Technology. Now, with a twist of the wrist, replacing connective tubing has never been easier.

For more information: http://wvmc.waters.com/imsc/imsc-product-showcase/

About Waters Corporation (www.waters.com)

Waters Corporation (NYSE:WAT) develops and manufactures advanced analytical and material science technologies for laboratory dependent organizations. For more than 50 years, the company has pioneered a connected portfolio of separations science, laboratory information management, mass spectrometry and thermal analysis systems.

Waters, UPLC, ionKey/MS, iKey HT, iKey, ZenFit and The Science of What’s Possible are trademarks of Waters Corporation.

1. High Throughput Microflow LC-MS: Sensitivity Gains on a Practical Timescale, White Paper, July 2016 Part # 720005765EN

Waters Corporation
Brian J. Murphy, +1 508-482-2614
Public Relations Manager
brian_j_murphy@waters.com

Record changed: 2016-09-08