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Vacuum Pump suits new semiconductor manufacturing processes.
Vacuum Pump suits new semiconductor manufacturing processes.

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Vacuum Pump suits new semiconductor manufacturing processes.


February 26, 2008 - Featuring modular design, iXH series of vacuum pumps meets increasing demands of emerging processes required for semiconductor manufacturing at 60 nm and smaller design rules. Gas Buster(TM) inlet purge helps deal with process byproducts and minimize system maintenance and Active Utility Control (AUC) includes idle mode for periods when pump is not in use. Pump mechanism can handle hydrogen and also withstands corrosive effects of ammonia.

(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)

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Edwards Announces iXH Next-Generation Vacuum Pump


CRAWLEY, WEST SUSSEX, UK (20 February 2008)-Edwards, a leading global supplier of vacuum and abatement equipment and services, today introduced the new iXH series of vacuum pumps, the next-generation in its industry-leading family of harsh process vacuum pump products for the semiconductor industry. Designed to meet the increasing demands of the emerging processes required for semiconductor manufacturing at 60 nm and smaller design rules, the iXH also helps reduce tool cost-of-ownership (CoO), offers a smaller footprint than previous generations and features a modular design that enables a quicker response to emerging process requirements.

"Along with the drive for higher productivity, new semiconductor manufacturing processes, such as atomic layer deposition (ALD), and compound semiconductor processes, such as gallium nitride, are creating new challenges for vacuum pump technology in terms of powder handling, hydrogen flow, fluorine plasma cleans, ammonia flows and pre cursor reactions," said Nigel Hunton, Chief Executive Officer, Edwards. "The iXH has been specifically designed to meet these challenges with enhanced purge flow, temperature-controlled operating range, light gas performance and corrosive gas resistance. Its extended capabilities also offer improved CoO by lengthening pump life and helping to deliver lower utility costs."

Unlike earlier process technologies that deposited up to 90 percent of the pre curser on the wafer, ALD processes, such as high K dielectrics, generally deposit less than 10 percent, dramatically increasing the potential for deposition in the pumps. To manage these challenging conditions, the iXH features improved thermal control and increased torque. It is also ideal for extreme powder processes with TEOS flows above 5 g/min, featuring larger exhaust stages and the innovative Gas Buster(TM) inlet purge to deal with the process byproducts and minimize system maintenance.

Other advanced processes, such as gallium nitride compound semiconductor production, require large flows of hydrogen and ammonia. Because of the small size of the hydrogen molecule it is difficult to pump, while ammonia is highly corrosive. The iXH pump mechanism has been optimized to handle hydrogen and to better withstand the corrosive effects of ammonia by using patented technology.

The improved powder handling and corrosion resistance of the new iXH pump also helps to reduce pump CoO by extending the maintenance interval. At the same time, the pump's Active Utility Control (AUC), which includes an idle mode for periods when the pump is not in use, can reduce utility costs by more than 10 percent compared to the previous generation of Edwards harsh process pumps.

For further information about the iXH or other Edwards products please visit www.edwardsvacuum.com.

About Edwards
Edwards (formerly BOC Edwards) is a leading supplier of integrated solutions for the manufacture of semiconductors, flat panel displays, LEDs and solar cells. It is also a world leader in vacuum technology for industrial, scientific, process and R&D applications. Edwards employs around 4,000 people globally in the design, manufacture and support of high technology vacuum and abatement equipment. Edwards invented the concept of the low-maintenance, cost-effective commercial oil-free 'dry' vacuum pump, and now supplements this with a wide range of other pumping technologies as well as related products and services.


Contacts:

Marketing:
Andrew Davis
INTL
Phone: 44-0-1293-603507
Send email  E-mail this person

Public Relations:
Sandy Fewkes
USA
Phone: 408-224-4024
Send email  E-mail this person

Company Information:
Name: Edwards Vacuum Technology
Address: 301 Ballardvale St.
City: Wilmington
State: MA
ZIP: 01887
Country: USA
Phone: 978-658-5410
FAX: 978-657-6546
http://www.edwardsvacuum.com


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Turbomolecular Pump targets laboratory vacuum systems.
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Exhaust Management Systems feature idle mode.
Vacuum Pump eliminates need for cables and accessory rack.
Dry Pumps handle wide range of flammable vapors.
Diffusion Pump targets light- and heavy-duty industry.
Abatement System suits compound semiconductor processes.

Other News from this company:
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Edwards Hires New Operations and Technology Director, Ron Krisanda
New Industrial Service Center, Strongsville, Ohio for Stokes and Edwards Vacuum Pumps
Advent Solar Purchases Multiple Abatement Systems from Edwards
Edwards Announces Sale of Kachina Division to Applied Materials
Turbo Pumps Awarded CSA/UL Approvals for OEM Market
Samsung Electronics Places $17M Order for Vacuum Equipment
BOC Edwards and Aviza Technology Announce Joint Development Agreement for Atomic Layer Deposition
BOC Edwards Marks 2000th IGX Dry Pump Milestone Sale
BOC Edwards Installs Innovative ERIX Water Treatment System at UAlbany Nanocollege's Albany Nanotech Complex
New Products and Services from BOC Edwards at Semicon® West 2006
BOC Edwards Begins Second Phase of Pipeline Network In Taiwan's Hsinchu Science Park
nLight Achieves High Power and High Brightness by Using MOCVD Tools with Integrated Vacuum and Abatement



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