|
| |
We provide
Fluid
Engineering
Services
to the fluid power and motion control industry. Our testing division
provides incomparable specialization in
 |
Component Evaluation |
|
|
System Assessments |
|
|
Model Verification |
Our FES test facility is capable of performing component and system tests in
both “clean” and carefully controlled contaminant environment. In addition, we
are equipped with a mobile computerized data acquisition and control module that
can be integrated with any test equipment. Through the use of digital
measurement tools and integration with our proprietary engineering software, we
are capable to dynamically monitor and analyze functional and operational
parameters for more accurate and realistic assessment.
Why Choose FES?
|
Because of our six decades of experience and reputation for
performing outstanding work, our customers have complete trust in
our ability to provide objective, confidential, accurate, and timely
test results.
|
|
Collectively, the experts at FES have more than 70 years of
experience in fluid power engineering. Through their R&D efforts,
there are over 376 test procedures were developed for industry and
government organizations. Several of the procedures have been
accepted by the national and international organizations and became
standards, such as ISO 4572, SAE J1195, NFPA T3.9.18, etc. No other
organization in the world can offer the experience and capabilities
that FES can provide the fluid power industry.
|
|
FES has the capability and equipment to
conduct nearly any standard hydraulic or pneumatic test (such as
ISO, NFPA, ASTM, SAE, and MIL). In addition, we often contract to
run special tests to fit a company's requirements. |
|
The staff of FES works closely with our
customers to facilitate not only the required test data but also the
technology transfer needed to interpret the results. |
|
FES, Inc. has an enormous inventory of
equipment that is available to perform almost any hydraulic and
pneumatic component test. FES has acquired the entire equipment
facilities of three major U.S. testing laboratories, including the
Fluid Power Research Center at Oklahoma State University. |
|
|
