Agilent
Technologies Inc. (NYSE: A) today introduced an easy-to-use,
enhanced-performance universal testing machine (UTM) that offers highly accurate
nanomechanical characterization capabilities. The Agilent T150 UTM lets
researchers investigate dynamic properties of compliant fibers via the largest
dynamic range and best resolution on the market -- five orders of magnitude of
storage and loss modulus.
"The TI150 UTM is our most recent contribution to the advancement of
nanomechanical test technology," said Jeff Jones, operations manager for
Agilent's nanoinstrumentation facility in Chandler, Ariz. "It's an ideal
instrument for dynamic studies as well as characterizing yield of compliant
fibers and biological materials, and tensile and compression studies of
polymers. When used in conjunction with our Continuous Dynamic Analysis [CDA]
option, the T150 enables the direct and accurate measurement of sample stiffness
at each point throughout a given test, allowing mechanical properties to be
determined continuously as the specimen is strained."
The Agilent T150 UTM employs a nanomechanical actuating transducer head to
produce tensile force (load on sample) using electromagnetic actuation combined
with a precise capacitive gauge. This approach provides outstanding sensitivity
across a large range of strain. The flexible, upgradeable T150 can be configured
for repeatable specific applications or a variety of new applications. NanoSuite
software offers real-time experimental control and easy test protocol
development.
The Agilent T150 UTM provides fast, accurate generation of real-time test
results; improved understanding of strain-rate-sensitive materials and
time-dependent response; better statistical sampling in biomaterials
applications; and automated reporting of test results in both Microsoft(r) Word
and Excel. The user-friendly design of the T150 simplifies training
requirements; standard tests can be run on the same day the instrument is
installed.