The Cropscan 2000B is a powerful near infrared spectrophotometer capable of measuring protein, oil and moisture in cereal grains, oil seeds, flour, meals, stockfeeds and bio-fuels.

The instrument uses near infrared transmission spectra and supports a range of sample cells for whole grains and seeds as well as powders, leaves and berries. The Cropscan 2000B uses a moving sample cell to average spectra over a wide sample area.

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The CropScan 2000B is a powerful Near Infrared Transmission spectrophotometer capable of measuring protein, oil and moisture in cereal grains, oil seeds, flour, meals, stockfeeds and bio-fuels. The instrument uses near infrared transmission spectra and supports a range of sample cells for whole grains and seeds as well as powders, leaves and berries. The CropScan 2000B
uses a moving sample cell to average spectra over a wide.

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The CropScan Loren 1000G On Farm Analyser is designed to provide farmers with a reliable means of measuring protein, moisture and oil in wheat, barley and canola. The CropScan Loren 1000G uses a diode array spectrometer to scan the wavelength region, 720-1100nm. Within this region of the NIR spectrum, protein, moisture, oil and starch absorb NIR energy. Light from a tungsten halogen lamp passes through a sample of grain. The light is dispersed across a silicon photodiode diode array detector to produce a NIT spectrum. The amount of light absorbed across the NIT spectrum is proportional to the concentration of the protein, moisture, oil and starch. Grain is poured into the funnel where it is metered through the optical chamber. The NIT spectra are collected and the average of 10 spectra is used to compute the percentage protein and moisture or oil and moisture in the grains. The grains fall into the sample cup at the bottom of the analyser.

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The Precision Systems Cryoscopes are precision instruments that automate the measurements of freezing point depression of solutions. A simple adjustment of the cooling bath temperature of the Wide Range Cryette implements the measurements of freezing point depression of solutions with freezing points in the range of
-10°C to +10°C. Depression of the freezing point of a solvent is directly proportional to solute particle concentration, and is generally independent of the chemical nature of the dissolved material. As a result, an accurate measure of freezing point depression presents a powerful analytical tool in many application areas.

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The Series 1000 Analysers are a range of Near Infrared Transmission analysers designed for specific end user applications, i.e., Alcohol Analyser, Moisture Analyser and Fat and Moisture Analyser. The S1000 Analysers scan from 820 to 980nm using a diode array spectrometer but with different sampling systems to suit different applications.

•  The S1000 Alcohol Analyser uses a flow through cell and a peristaltic pump to fill and empty samples of wine, beer and other alcoholic beverages.
•  The S1000 Moisture Analyser uses a 5mm thick powder cell for measuring moisture in homogeneous samples such as ground grains, flour, chemicals, powders etc.
•  The S1000 Fat and Moisture Analyser also uses the 5mm thick powder cell but measures two components simultaneously.

The Series 1000 Analysers are simple to operate and include an Auto-calibration function.
NTAS software is available for calibration development.

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The Series 2000 Near Infrared Transmission Analyser is a powerful diode array spectrometer designed to measure transmission spectra through liquids, powders, granules and slurries. The Series 2000 NIT spectrometer measures the O-H(water and alcohol), N-H(proteins, amides and amines) and C-H(fats, oils, surfactants, carbohydrates and hydrocarbons) bonds in
a broad range of materials. Applications include petrochemicals, plastics, polymers, chemicals, textiles and pharmaceuticals. The Series 2000 has samples cells available to measure liquids, slurries, granules, pellets, powders, films and woven materials. NTAS(NIR Technology Analysis Software) is included in this system and provides a comprehensive Chemometrics software
package.

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The Series 3000 Food Analyser is a Near Infrared Transmission spectrometer designed to measure protein, fat, water, sugar, alcohol and other compounds in meat, dairy products, dough, milk powder etc in less than 1 minute. The Series 3000 Food Analyser uses a rotating sample drawer to analyse a wide range of materials, i.e., granules, powders, liquids, slurries, emulsions, films and solids. The rotating sample drawer collects the NIT spectra over a wide area and then averages the spectra to give
more accurate results. Samples can be loaded into Lexan dishes or disposable plastic petri dishes. The Series 3000 Food Analyser uses a Touchpad Screen PC running our NTAS (NIR Technology Analysis Software) suite of programs.

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NTAS is a software suite developed to provide users of NIR Technology Systems’ instruments the ability to develop applications using Discriminant Analysis and Partial Least Squares Regression. The major attraction of NTAS is the ease of use, yet it offers a comprehensive range of chemometric tools to collect spectra, transform spectra, extract spectral information and to develop models to make quantitative and qualitative measurements using NIR analysers.

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NutriScan is an automated in vitro digestion system designed to measure the amount of glucose that is released during the enzymatic breakdown of foods. The objective is to predict the GI, i.e., Glycaemic Index, and the RS, i.e., Resistant Starch, that would be determined by the standard in vivo methodology.

NutriScan does not measure GI, but emulates the breakdown of food in the human gut and provides a measurement that correlates strongly with the in vivo methodology.

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OdourScan Model 1000 is an electronic nose device that can be used to monitor odours and smells in a production or external environment. OdourScan uses a set of 6 electro chemical sensors that respond to different sources of odour, e.g., aromatic hydrocarbons, aliphatic hydrocarbons, aldehydes, amines, sulphides and others. The OdourScan Model 1000 provides a continuous output for each sensor that can be used to initiate an alarm or at least to have a record of the odours in the environment.

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OdourScan is an electronic nose device that can be used to consistently measure the smell or aroma of materials such as food, grains, beverages, etc. OdourScan uses a set of 6 electro chemical sensors that respond to different sources of odour, e.g., aromatic hydrocarbons, aliphatic hydrocarbons, aldehydes, amines, sulphides and others. By sampling the headspace above a sample of food or other material, OdourScan can be used to determine if the odour is consistent from batch to batch or if the odour is changing over time.

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SeedCount and CornCount are digital imaging systems specifically designed for the grain industry. They use software and flatbed scanner technology to rapidly and accurately analyse a sample of grain and determine its physical characteristics. They generates detailed data tables that can be exported to any spreadsheet or database program and provide this detailed information without damaging the grain sample.

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