Torontech's Inductively Coupled Plasma Spectrometer 700

TORONTO, ON, August 12, 2012

Torontech's Inductively Coupled Plasma Spectrometer 700

Torontech's inductively coupled plasma spectrometer 700 has the ability of detecting a limit of 36 Elements (µg/ml ) working on the principles of atomic emission spectroscopy from microanalysis to constant analysis. Its applications range from steel, geology, metallurgy, thulium, plating, cement, oil, chemical, environmental detection, metals, sanitation, food, geoponics, scientific research, health, college mine factory, oil, water quality, and many others.

Main features

- High stability of radio frequency output

- Light source is stable, the detection limit is low and readings can reach PPb levels

- The range of linearity of the curves can reach 5 to 6 orders of magnitude.

- Multi-elemental analysis can be done at the same time in a rapid manner

- It can analyze all the metallic elements and some nonmetallic elements of the periodic table of elements resulting in about 70 elements.

- The software for the ICP Spectrometer 700 uses analysis & operation software where the operation is convenient and fast resulting in quick testing, processing, correcting of data.

For more information and specifications, please visit at: http://www.torontech.com/analytical-instruments/spectroscopy/aes-atomic-emission-spectrometer/inductively-coupled-plasmaICP to view our complete line of XRF spectrometers: http://www.torontech.com/xrf.htm Contact a professional sales representative call 1+ (416) 368-2721 or email: sales@torontech.com

Torontech is a leading North American based international manufacturer and supplier of Material Testing equipment and Analytical Instruments ranging from Universal Testing Machines, Impact Testers, Spectroscopy, HPLC, Gas Chromatographs to NDT and Non Destructive equipment and more. View our portfolio of leading testing equipment, please visit us at: http://www.Torontech.com

Torontech's inductively coupled plasma spectrometer 700 has the ability of detecting a limit of 36 Elements (µg/ml ) working on the principles of atomic emission spectroscopy from microanalysis to constant analysis. Its applications range from steel, geology, metallurgy, thulium, plating, cement, oil, chemical, environmental detection, metals, sanitation, food, geoponics, scientific research, health, college mine factory, oil, water quality, and many other