New and updated design:
Small plasma systems for use in labs and other electronics manufacturing were
first introduced in the mid 1970’s and have been used with little design
change since that time. Glow Research™,
has taken the best designs of the old systems, and updated the AutoGlow™ with current
technology, including our proprietary phase magnitude detector and SimpleMatch
RF network that allows efficient plasma tuning—provides quick processing
without the trouble of constantly adjusting to various sample loads.
The AutoGlow™ has solid state electronics,
updated gas delivery options and technology that is expected by both users and
safety personnel throughout the world. The chamber size is 147mm (5.8 in.) in
diameter by 177 mm deep (7 in.) and is made of high purity quartz. The
system and chamber are designed to increase uniformity and repeatability when
compared to other table-top plasma systems.
The AutoGlow™ System comes with a variable
10 to 300 watt, 13.56 MHz solid state generator making the Auto Glow System the
most efficient system of its kind on the market. Designed for low
power (10 Watts) or high power (up to 300 Watts). The AutoGlow™ System
is designed to efficiently breakdown gases introduced to the system creating
reactive species that will quickly clean or modify the sample. The AutoGlow
is designed to operate from 10 to 300 Watts.
Contact Glow Research™ for information about any type of plasma
reactor—small batch, large batch, R&D single substrate and production
plasma systems. Glow Research™, LLC. also provides rebuilt
plasma systems, parts and services for a variety of plasma systems with repair
capability down to the component level.
Glow Research™ has taken over the world-wide responsibility for
parts and service for several older units from March Plasma Systems, Inc. (March
Plasmod, March Super Plasmod, March PM-600 and March Jupiter RIE systems).
Contact Information:
Glow Research 12014 S. 35th Ct.
Phoenix, Arizona USA 85044
Phone: 480-621-8405 or
gordonwhitlock@glowresearch.org
customerservice@glowresearch.org