EMGA-620W

The HORIBA EMGA-620W Series determine the oxygen and nitrogen contained in ferrous and non-ferrous metals, ceramics, new materials, electronic materials and other inorganic materials using the inert gas fusion method.

EMGA-620WC

The HORIBA EMGA-620W/C Series determines the high concentration oxygen and nitrogen (up to 60%) contained in ceramics, superconductors and other new materials using the inert gas fusion method.

EMGA-920

This is an oxygen and nitrogen elemental analyzer with high accuracy and repeatability suiting to cutting-edge technology's R&D as well as quality control in the market of steel, new materials, catalyst and so on. This is a new generation model optimized to fit to user's requests.

EMIA-8100 series

EMIA-8100 series equipped with electrical resistance furnace measures carbon and sulfur contained in such inorganic substances as ceramics and cement, such fuels as coal and heavy oil, and such high-purity metals and electronics...

EMIA-V series

The HORIBA EMIA-V series determine the carbon and sulfur contained in steels, nonferrous metals, steel alloys, special metals, inorganic iron ores, etc.

EMIA-V2 series

The HORIBA EMIA-V2 series determine the carbon and sulfur contained in steels, nonferrous metals, steel alloys, special metals, inorganic iron ores, etc.

IT-450 Series non-contact infrared sensor

Kontaktloses Miniaturthermometer auf Infrarotbasis, ohne Kontakt zum Medium.

IT-550 Series IR Non-Contact Thermometers

Das IT-550 Infrarot-Thermometer benötigt mit der neuen Infrarottechnik keinen Kontakt mehr zum Medium.

Water Distribution Monitor

Das TW-100 misst den Trübungsgrad, den Anteil freier Chloridionen, die Farbe und den Druck von Fabrikations- und Trinkwasser.

U-50 Multiparameter Water Quality Checker

Messen Sie mit Hilfe eines neu designten Bedienelements und der neuen Sensortechnologie bis zu 11 verschiedene Parameter gleichzeitig. Optimales Design und intuitive Software gewährleisten eine einfache, genaue und zuverlässige Messungen sowohl in Grund- und Oberflächenwässern.