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FIAlab’s MicroSIA system
is the smallest complete Sequential Injection Analysis system available.
Measuring only 5 inches wide, 6 inches high, 6 inches deep, and weighing only
around 8 pounds, this highly portable unit is ideal for the laboratory where
bench space is at a premium. Multiple MicroSIA
units are easily interconnected for simultaneous multichannel measurements.
This is the recommended system for on-line applications, where low sample and
reagent usage and low waste production is critical.
The MicroSIA system allows the user to
change the mixing, dilution, reagent/sample ratios, stop time, monitored
wavelengths, integration time, and many other assay parameters through software
settings. No need to swap out expensive manifolds every time a new type of
assay is required. The
MicroSIA system is operated by
FIAlab for Windows control software.

Three Channel System used for
Simultaneous Measurements of Three Analytes
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SIA-Lab-On-Valve made from
polyetherimide (Ultem) for improved
chemical resistance. Here is a partial list of common chemicals
compatible with polyetherimide:
Acetic Acid, Acetone Alconox Acetone, Alconox ,
Carbon Tetrachloride, Cellosolve, Chromic Acid, Citric Acid, Clorox,
Cyclohexane, Cyclohexylamine, Ethanol, Ethyl Acetate, Ethyl Ether, Formic Acid,
Gasoline, Hexane, Hydrochloric Acid, Isopropanol, Kerosene, Lestoll 1,
Methanol, Methylethyl Ketone (MEK), Naphtha, Nitric Acid, Phenol, Phosphoric
Acid, Potassium Carbonate, Potassium Hydroxide, Propylene Glycol, Skydrol,
Sodium Hydroxide, Sulfuric Acid, Tetrachloroethylene, Tin Chloride, Toulene,
Trichloroethane (1,1,2-), Triethylphosphate, Xylene, Zinc Chloride
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Sequential
Injection for the Assay of Biomolecules,
including
Enzymatic Assays, Bioligand Interaction Assays and
Chromatography of Biomolecules
are usually carried out on different instruments, which
necessitates mastering various types of hardwar and
software. This fragmented approach supports a view of
an apparent incompatibility of these techniques, thus
obscuring similarities of their underlying biochemical
reactions and kinetics. It is the versatility of
programmable flow combined with a UV/Vis (or
fluorescence) detector that allows the gap between these
techniques to be bridged by a single
MicroSIA with FIAlab’s unique Lab-On-Valve manifold.
See Biomolecule applications. |
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Typical Configuration and Accessories
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MicroSIA
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Compact and portable automated Sequential Injection Analysis (SIA) system
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Lab-On-Valve |
6 or 8 port SIA
Lab-on-valve system. Includes
fiber optics.
Select material : Acrylic, PEEK, or
Ultem.
Please inquire for additional information.
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USB4000-UV/VIS |
S4000
spectrometer with USB interface.
Preset to 200-850 nm wavelength range, UV2 detector upgrade, 25 micron slit.
(other spectrometer configurations are available, please inquire)
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LS-1 |
Tungsten halogen light source for ~360 nm to 2
mm
wavelength range
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Optional
Accessories
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Autosampler
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ASX-260 Random
Access XYZ Sample Changer (180 samples, 10 standards)
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ASX-520 Random
Access XYZ Sample Changer (360 samples, 10 standards)
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AIM-3200
Random Access XYZ
Sample Changer (180 samples, 10
standards) |
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AIM-3300
Random Access XYZ
Sample Changer (270 samples, 10 standards)
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DH2000
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Deuterium/Halogen light source. Useable wavelength range is 200 - 2000 nm
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PMT-FL
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Highly sensitive photo
multiplier based flow through detection system ideally suited for very low
fluorescence, chemiluminescence or bioluminescence measurements. Parts per
trillion sensitivity.
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