Flow Injection Analysis, What is New

	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. Click here for additional information
	FIAlab-2700 - The FIAlab-2700 is the first (and only) commercially available FIA system which offers a four channel syringe pump for aspirating/dispensing carrier, sample, and reagents. The unit also includes a high precision four channel peristaltic pump, making the FIAlab-2700 perhaps the most flexible FIA system on the market. This is system ideal for the research laboratory exploring new FIA approaches. Click here for additional information
	Automated Hydride Generation for Atomic Spectroscopies. Gas expansion separator augmented with a syringe pump is compatible with Flow Injection or Sequential Injection based hydride generation. Reaction mixture comprising assayed sample and sodium borohydride is segmented by air. The mixture enters the separator, where air removes generated hydride and carries it into a flowcell for cold vapor monitoring or into AA or ICP instrument. Gas expansion separator is controlled by FIAlab software and is compatible either with FIAlab 2500 ( for continuous flow operation) or with the MicroSIA for programmable flow operation (to minimize reagent consumption).
	High throughput microAFFINITY CHROMATOGRAPHY in “lab-on-valve” (TM) system. Production of Monoclonal Antibodies and quality control of IgG’s is carried out in real time on Protein A, or Protein G Sepharose 6B microcolumn, shown here adjacent to a fiber optic flowcell integrated within “lab-on-valve” module. Separation and assay is completed within 120 seconds, with detection limit of 6ng mouse IgG, monitored at 280nm. *Click here for additional information (PDF format)*
	FIAlab-3200 - The FIAlab-3200 Dual Syringe Sequential Injection Analysis system is designed for research and development projects, and is also ideal for many online applications. The use of the independently controllable dual syringe pumps allow for the formation of varying types of concentration gradients, useful for such applications as Ion Exchange Chromatography. *Click here for additional information*
	The FIA Lab-On-Valve® (FIA-LOV)is a universal manifold for Flow Injection Analysis, compatible with Nitrate, Nitrite, Ammonia, Phosphate, Chloride, Iron, Total Kjeldahl Nitrogen (TKN), and many other assays. No need to swap expensive manifolds every time a new method is required. The FIA-LOV is available with the FIAlab-2500 system. *Click here for additional information*
	What can be added to a topic described in almost 15,000 papers, 16 monographs and over 150 dissertations? An electronic image picture is worth a thousand words and therefore these tutorials appear to comprise more pictures than text. Please visit this link for additional information on this free CD-ROM based FIA/SIA PowerPoint tutorial.

	The SMA-USP Flowcell - The new SMA Ultra-Short Path Flowcell allows absorbance measurements through an optical path length of only ~100 microns to ~400 microns (please specify). Other path lengths are available upon request. The SMA-USP flowcell is ideal for measuring the UV/VIS (220 to 1000 nm) absorbance of very optically dense fluids. Eliminates or minimizes the need for pre-dilutions during online monitoring. Wetting surfaces are Fused Silica and Teflon. Custom materials and designs are available. Connects to fiber optics with SMA terminations. Additional Information: *Click here for additional information*
	The FIAlab-4000 Sequential Injection system, built into a NEMA 4X waterproof/chemical resistant enclosure with an embedded computer and touch screen monitor, is ideally suited for online applications. The electrical and software interfaces can be built to customer specifications, including; out of tolerance alarms, real-time dosing capabilities, and over the internet monitoring. Click here for additional information
	LED based lamps are available between 247 nm and 945 nm. Multiple LEDs can be combined to achieve a multifunctional broad based light source. Typical combinations include: LED270/W - 270 nm LED with white LED - for Affinity Chromatography assays LED370/W - 340 nm LED with white LED – for OPA based Amino Acid assays LED945/880/W - 945 nm, 880 nm, and white LED – for Environmental/Agricultural assays such as nitrate, ammonia, and phosphate LEDs are often superior to other light sources for their relative low cost, long life, and stable output. They are ideal for online applications. Click here for additional information
	The SIChrom™ liquid chromatography system is the first commercial LC instrument based on the concept of sequential injection and programmable flow. Although HPLC is a workhorse in many laboratories, systems typically consist of large bench-top devices, with high power consumption requirements, and lengthy auxiliary operations prior to and after each separation run. By integrating several evolving technologies, the SIChrom system has been designed to allow HPLC analyses at accelerated rates and conducted at much lower pressures (<900 PSI). This at a lower instrument cost and size, and without sacrificing performance. Click here for additional information