NIR Technology Australia
NIR Technology Australia designs and manufactures near infrared analysers for measuring protein, fat, moisture, alcohol, sugar and other constituents in grains and oil seeds, food, beverages, cosmetics, dairy, processed meat, pharmaceuticals and polymers. NIR analysers provide rapid analysis, ie, 1 minute, simple operation and multiple constituent analysers. The company''s product range includes, in-field, benchtop and online analysers.
|Phone:||02 9708 5068|
|Fax:||02 9708 5537|
Suite 103, 56 Kitchener Parade , Bankstown NSW 2200 (Directions)
The Velp Scientifica NDA 701 Dumas nitrogen analyser is a simple-to-use, rapid and cost-effective instrument designed to measure protein in food, grains, animal feeds and soil.
The Multiscan Series 3000 Food Analyser offers rapid analysis of food and food ingredients based on a diode array near infrared transmission spectrometer. The Series 3000 uses a rotating dish to collect scans from a sample of food by passing NIR light through the sample.
The Cropscan 2000B near infrared transmission analyser is suitable for use by grain processors, flour millers, stock feed manufacturers, oil seed crushers, meal manufacturers and biofuel producers.
The Series 2000 near infrared transmission analyser is a diode array spectrometer that uses a selection of sample cells to collect near infrared transmission spectra through liquid, suspensions and emulsions, such as lotions and creams. The Series 2000 scans the wavelength range from 720-1100 nm in transmission and transflectance modes. Organic molecules containing O-H, C-H and N-H bonds exhibit strong NIR absorbance bands within this region of the electromagnetic spectrum.
The Australian National Measurement Institute (NMI) has issued a Certificate of Approval, No 15/1/2 Variation 1, for the Cropscan 1000B whole grain analyser.
The Series 1000 alcohol analyser is a near infrared transmission spectrometer designed to measure alcohol in wine, beer and any other clear beverage. The instrument is based on a solid-state diode array optics system that scans from 860 to 1020 nm. Within this spectral region, O-H and C-H bonds absorb NIR energy. The O-H groups measure the water and alcohol in the sample and the C-H compensate for sugars, organic acids and other hydrocarbons in the beverages.