SPECTRO GENESIS ICP-OES
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SPECTRO GENESIS FED37 ICP-OES SPECTROMETER The high-performance, high-value solution for routine elemental analyses

SPECTRO GENESIS INDUCTIVELY COUPLED PLASMA OPTICAL EMISSION SPECTROMETER (ICP-OES) Major updates have equipped SPECTRO GENESIS with No wonder it’s become the cost-efficient instrument a compact new design and some key state-of-the-art of choice for so many environmental, industrial, and technologies. These reaffirm its status as the gold standard academic laboratories — easily analyzing liquid emission, among entry-level elemental analyzers. petrochemical, and chemical samples, and more. It is easy to use, delivers industrial-grade durability and Ask your SPECTRO representative today if...

Most advanced ICP-OES measurement technique. Instead of analyzing elements in a sample one at a time, SPECTRO GENESIS uses essentially the same simultaneous measurement technology as top-of-the-line ICP-OES analyzers. This gives it numerous advantages — including outstanding performance in the UV range — over low-end ICP-OES units that employ sequential measurement. Simultaneous capture of the complete spectrum. SPECTRO GENESIS measures the entire relevant spectrum simultaneously, regardless of the number of elements present. It also records and stores each spectrum. This is critical for...

Revealing comparisons Versus Other ICP-OES analyzers A number of other workhorse analyzers share SPECTRO GENESIS’s fundamental ICP-OES technology. But most are low-performance models that lack many of its other advantages. Good value and speed. Compared to low-end sequential ICP-OES units, SPECTRO GENESIS — using advanced CMOS technology — offers much greater flexibility and faster, simultaneous full-spectrum analysis, at a similar price. Even for certain applications where midrange ICP-OES models might otherwise be considered, SPECTRO GENESIS may offer comparable performance plus...

Efficient ergonomics SPECTRO GENESIS features many of the same NEW connections: All connection points are located on the components utilized in high-performance analyzers such as instrument’s left side, for easy, safe, barrier-free access during SPECTROGREEN and SPECTRO ARCOS. Their designs have installation, maintenance, and use. The new design also helps also inspired fresh ergonomic approaches. minimize fluid paths for optimal operational simplicity and speed. NEW housing: The latest, ultra-compact SPECTRO GENESIS incorporates a total form factor redesign. This further NEW Intelligent...

Optical excellence SPECTRO GENESIS adapts probably the industry’s best-selling OES optical concept — The smaller optic volume saves gas consumption yet delivers optimum performance for numerous routine analyses. Most ICP-OES analyzers use a traditional echelle design. The analyzer’s small optical system stabilizes quickly and Unfortunately, these need up to eight internal reflective thus contributes to high wavelength stability for continued components — leading to loss of sensitivity, excessive stray accuracy. Results: fewer calibrations or control samples, and light, and variable...

Further highlights The NEW solid-state detectors: SPECTRO GENESIS now features line-array detectors based on To save gas and energy, users can now set the system to complementary metal-oxide-semiconductor (CMOS) technology. These automatically turn on, begin standby low-level gas purging, read trace elements’ low signals even near intense matrix lines; etc., at predetermined times. So the instrument can be ready deliver high dynamic range; don’t need on-chip cooling — and and fully stabilized the minute a shift begins. absolutely eliminate blooming. They also combine lower cost with higher...

ICP-OES SPECTROMETER Range of solutions SPECTRO's complete line of spectrometers includes three leading ICP-OES models. Our entry-level instrument SPECTRO GENESIS offers the ideal mix of performance, value, and design for many routine analyses. Where even more analytical power is needed, three versions of our SPECTROGREEN analyzer specialize in ultra-reliable, accurate analyses — trace as well as higher concentrations — for challenging matrices. These include certain wastewaters, soils, and sludges, as well as some organic, high-salts, and metal samples. And for the pinnacle of productivity...