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OEM/Custom Systems and Services
 FIAlab
Instruments designs and manufactures custom and OEM systems, including
microfluidic manifolds, electronic controls, instrument enclosures, and software
development. These systems often include built in colorimetric and/or
fluorometric sensors, heaters, various custom fluidic manifolds, syringe
and/or peristaltic pumping stations, and a host of valving techniques.
Example custom/OEM systems include the
Recycling Immunoaffinity Chromatography Unit (RIAC), the Colifast At-line
Monitor (CALM) unit, and the Orthosystem's CAS 200, all shown below.
FIAlab also
offers custom design and manufacturing of manifolds, flowcells, and other
components.
The RIAC System, pictured below, injects sample through ten
uniquely filled columns in series, then injects reagent(s) through individually
selected columns. These reagent(s) are finally passed into a laser induced
PMT fluorometer to determine the sample affinity to each column.
Click here for
additional information on the RIAC (MS Powerpoint format).
The RIAC System
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The FIAlab-4000
Process Analyzer/Sequential
Injection Analysis system
is an ideal starting point for many
OEM online industrial applications.
FIAlab-4000 performing online monitoring
in a manufacturing facility
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The
Colifast At-line Monitor
(CALM)
is a stand-alone industrial autoanalyser used to determine the
presence and quantity of fecal coliforms in water by monitoring
Beta-galactosidase activity fluorometrically.
This instrument is setup for continuous monitoring at remote sites (see
photo below). This system has been running for one year with 100%
uptime.
Colifast
At-line Monitor (CALM) Housed in this Remote Shed in Norway
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OrthoSystems, Inc.
(Syracuse, NY) has leveraged its patent pending OrthoswitchTM
sensor technology into a Contaminant Alert System™ (CAS) for continuous,
real-time water quality monitoring.
This detection system will
employ individual molecular switches (OrthoswitchesTM) engineered
to identify bioterrorist and environmental agents such as ricin toxin,
cryptosporidium and giardia. These three switches are currently being
developed in our laboratories at Syracuse University.
Switches
for detecting additional CDC and EPA agents
are currently under consideration.
View Brochure (MS Word Format)
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