Publications

Brochure - DA 7200/7250 Accessories Descargar
Brochure - DA 7250 Customer Support Packages Descargar
Brochure - DA 7300 In-Line Analyzer Descargar
Brochure - Falling Number® Accesories & Consumables Descargar
Brochure - IM 8800 Descargar
Brochure - IM 9500 Descargar
Brochure - IM 9500 Customer Support Packages Descargar
Falling Number® method brochure Descargar
Glutomatic® Method brochure Descargar
Glutomatic® Methodology Check List Descargar
Product Overview Descargar
Product sheet - AM 5200 Descargar
Product sheet - AM 5800 - English Descargar
Product Sheet - DA 7300 Mounting panel Descargar
Product Sheet - DA 7300 OPC Server Descargar
Product sheet - FN 1310 Descargar
Product sheet - FN 1500 Descargar
Product sheet - FN Dispenser Descargar
Product sheet - FN Printer Descargar
Product sheet - Glutomatic® Descargar
Product sheet - Lab Mill 120 Descargar
Product sheet - Lab Mill 3100 Descargar
Product sheet - Lab Mill 3310 Descargar
Product sheet - Lab Mill 3610 Descargar
Product sheet - Mill Feeder 3170 Descargar
Product sheet - Recirculating cooler Descargar
Product sheet - Shakematic Descargar
Product Sheet - SKCS 4100 Descargar
Product sheet - SPD 4200 Descargar
Product sheet - Spolett 1010 Tube cleaner Descargar
Barley - DA 7250 Descargar
Barley (stored) method - RVA 14.02 Descargar
Canola Meal - DA 7250 Descargar
Corn - DA 7250 Descargar
Corn starch method - RVA 06.04 Descargar
Durum method - RVA 11.06 Descargar
Fermentable starch method - RVA 36.01 Descargar
FN Barley Descargar
General Pasting Method - RVA 01.05 Descargar
General pasting method - RVA 01.05 - French Descargar
Grain fermentation quality method - RVA 37.01 Descargar
Linseed - DA 7200/7250 Descargar
Mash viscosity characterization method - RVA 38.01 Descargar
Oats - DA 7200/7250 Descargar
Peas (dried) - DA 7250 Descargar
PertenUSDACertifiedOfficialGrains Descargar
Rapeseed/Canola - DA 7200/7250 Descargar
Rice - DA 7250 Descargar
Rice (Japanese) method - RVA 22.03 Descargar
Rye - DA 7250 Descargar
Safflower seeds - DA 7200/7250 Descargar
Small grain sample division - SPD 4200 Descargar
Soybean - DA 7250 Descargar
Wheat - DA 7250 Descargar
Wheat and rye flour method - RVA 05.02 Descargar
Wheat flour method (ethanol) - RVA 24.02 Descargar
Wheat gluten method (acid) - RVA 21.02 Descargar
Wheat proteolytic insect damage detection method - RVA 40.01 Descargar
  • julio 10, 2017

    Sequential Precision Divider (SPD)

    Perten Instruments has designed a grain sample divider which allows the user to obtain a randomized sample from 50% down to 3.125% of a bulk sample in one single step. Five different crops were used to verify a prototype design in terms of randomization, and the theoretical maximum dividing capacity of 3.125%.

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  • junio 27, 2017

    The Benefits of NIR Grain Networking

    NIR grain analyzers are often connected to so called grain networks. Groups of instruments, sometimes several hundreds, are monitored and administrated remotely. But what is a network really, and why do they exist?

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  • junio 3, 2016

    Enhanced Whole Grain NIR Receives NTEP Approval

    IM 9500 Whole Grain NIR with Results Plus is faster, more accurate, and fully networked.

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  • marzo 14, 2016

    The Falling Number Method for detection of sprout damage in barley

    Sound, viable grains are required for a high germination in malting barley. Several studies have shown that barley that has pre-germinated in the field has a decreased ability to germinate during the malting process. The Falling Number method is a rapid and standardized way to determine whether barley is pre-germinated.

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  • julio 1, 2015

    Falling Number® 1000 – the NEW Falling Number model

    The Falling Number method has been the world standard method for sprout damage detection, and determination of alpha amylase activity since over 50 years. With the new FN 1000 instrument users can perform Falling Number tests faster, safer and simpler than before.

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  • marzo 23, 2015

    Applications of portable NIR grain analysis with Inframatic 8800

    Many farmers and grain storage companies benefit from the portability of the Inframatic 8800 NIR grain analyzer, which measures moisture, protein and oil in grains and oilseeds.

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  • octubre 2, 2014

    Perten Falling Number® Instruments once again prove their importance

    Many parts of Western Europe received large amounts of rain during the harvest season. Perten Falling Number instruments were used heavily to check for sprout damaged wheat, as one truckload of low Falling Number wheat can turn a complete silo into feed-grade wheat.

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  • octubre 1, 2014

    Inframatic 9500 Grain and Flour Analyzer

    The Inframatic 9500 NIR grain analyzer has become the instrument of choice in the industry. Using the new Flour Module it can now also analyze flour for parameters such as moisture, protein and ash.

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  • junio 26, 2014

    Accurate Falling Number results

    The Falling Number test is critical to make sure that sprouted grain is detected and properly sorted. In order to achieve accurate and repeatable Falling Number results it is important to follow the proper steps and use the right equipment.

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  • abril 17, 2012

    New technology for grain moisture measurement

    Fresh insights into the nature of the electrical properties of grain, an unprecedented data bank, and access to thousands of grain samples submitted for laboratory analysis each year to the US Federal Grain Inspection Service’s annual crop survey have...

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