Agilent Technologies Introduces High-Capacity Vacuum Pump for Industrial Applications
01/08/2012 Agilent Technologies Inc.
SANTA CLARA, Calif., July 31, 2012 - Agilent Technologies Inc. (NYSE: A) today announced the launch of the MS-101, a new addition to the company's comprehensive line of single-stage rotary vane pumps (the MS series) and roots pumping systems (the RPS series).The new product enhances Agilent's offerings for industrial processes such as vacuum metallurgy and thin-film coatings. The MS-101 provides controlled environments in small to mid-sized vacuum chambers with the best pump performance and throughput, as well as high reliability, durability and easy maintenance.
"The addition of the MS-101 to the MS series fills a gap in our line of small-to-medium rotary vane pumps for industrial processes where chamber volumes and gas-flow requirements are lower but vacuum quality cannot be compromised," said Giampaolo Levi, vice president and general manager of Agilent's Vacuum Products Division. "The MS-101 enhances the MS series to provide a broad range of pumping speeds and capacities to match common as well as emerging processes."
The MS series is known for a variety of high-capacity, single-stage, oil-lubricated rotary vane pumps. The rugged design and compact size of the MS-101 make it ideal for demanding industrial applications such as helium leak detection and electron beam welding. The MS-101 delivers unsurpassed performance among rotary vane pumps in the 100 m3 per hour range.
The MS series complements Agilent's diffusion and turbo-molecular pump lines, which all together provide complete, performance-enhanced vacuum systems for industrial processes.
For more information on Agilent's Vacuum Products Division, visit www.chem.agilent.com/en-US/products-services/Instruments-Systems/Vacuum-Technologies/Pages/default.aspx.
Information about Agilent is available at www.agilent.com.
Print this article
Process and Control Today are not responsible for the content of submitted or externally produced articles and images. Click here to email us about any errors or omissions contained within this article.