
The Smart Jar ™ System
for Sputtering
The Super Series Smart Jar.™
The Super series Smart Jar™ is a flexible vacuum system platform that can be ordered configured for either sputtering or evaporation depending on the users specific requirements. With chamber diameters available from as small as 18" to as large as 48" a Smart Jar™ can be configured to meet your needs no matter how unique they are. Some of the benefits that are available with the sputter configuration for the Smart Jar™ are:
The Super Series Smart Jar ™ for Sputtering.
With over 40 years
of experience, TM Vacuum Products offers innovative solutions for any
thin film deposition requirement. The Super Series Smart Jar™ is
suitable for both research and small lot production requirements. The
core system has a 26" diameter chamber, but you can specify
your chamber to be any size, as small as 18" to as large as 48".
Smart Jars™
are delivered configured to meet the intended application, however should
the situation change, cathode configuration, orientation, deposition
mode, deposition angle as well as source to substrate distance can all
be altered in the field with minimal or no factory involvement. The Smart
Jar™ is
designed to meet your needs both now and in the future.
Features and Options
Chamber size Diameters from 18-48", electro-polished
SS
Chamber cooling Double wall full water jacket standard
Pumping Cryopump standard, Turbomolecular
pump and LN2 trap available
Base Vacuum Below 3 X10-7
Torr standard
Fixturing Rotating table standard, custom
fixturing available
Deposition Modes Magnetron Sputtering, evaporation,
ion beam sputtering or laser ablation alone or in combination available
Cathodes Circular or rectangular, diode or
magnetron – size, quantity, and orientation are application and/or
chamber size specific
Cathode Power RF, DC or Pulsed DC available
Substrates Single or batch-consult factory
for capacities
Load lock Optional with either roughing vacuum
or high vacuum capabilities
Chamber heat Chamber bake optional
Substrate
heat Temperatures to 1100°C available
Etch and bias RF etch/bias
or DC bias available
Controls Dedicated PLC with manual override
and dedicated process sequence standard. Full computer control with data
logging available


The Smart Jar pictured
above was designed to
co-sputter up to three
materials simultaneously.
It is currently in the
physics material research
lab of a prominent university.

The Smart Jar above
is currently in production
at a United States Government
Research Facility. It is
designed to simultaneously
sputter material on two
sidfes of a substrate.
Two pairs of cathodes
can be run either
sequentially or
simultaneously.