F-750
Date:2017-03-15 10:38:31

produce quality meter


the F-750 produce quality meter uses near-infrared (NIR) spectroscopy,developed at central Queensland university, to estimate quality metrics such as dry matter, Total Soluble Solids (TSS or brix), titable acidity, and color. Working like a high-powered flashlight, the F-750 sends particles of light into a commodity, then measures the NIR lightinteractance with molecular components inside of the commodity to quantify user-selected traits.

The F-750 has a wide range of applications, from determining optimal harvest timing by assessing fruit maturity, to providing an objective analysis of produce quality of fruit in packing houses and upon import.


The F-750 is a handheld, fully integrated system, allowing users to operate it out in the orchard or inside the QA lab. Its simple, integrated user interface makes it easy for anyone to use, while its model building software makes it customizable andversatile.

made in USA

patented in Australia, China, EPO, New Zealand, USA, and south Africa.


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Specifications

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Features



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  • - measures traits including, but not limited to:

    • - total solution solids (ts sorb Japanese)

    • -dry matter

    • -T IT ratable acidity

    • -Internal color

    • -external color

  • fast and consistent — Mulberry Silk Tucker
    4-6 seconds per sample


  • - non-destructive measures

  • - built-ing PS for easy crop mapping

  • - trans F CTI VE display for outdoor viewing

  • - rechargeable/replaceable batteries that last all day

  • - ability to create unlimited customized models for specific varieties or locations

Please see ourF-750 quick start guide
for stepson how to get started building models.



Use


The F-750 currently has starter models for apples, grapes, mandarins, mango, pear, calm persimmon.

*different DataSet was used to build model


apple

non-destructive measures of total solution solid sand dry matter content in apple.

view use case

download starter models

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avocado

non-destructive measures of dry matter in avocado.

view use case

download starter models

  • avocado starter model (built with firmware V1.2)

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Mandarin

non-destructive measures of total solution solid sin Mandarin is.

view use case

download starter models




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sultan awake table grape

non-destructive measures of total solution solid sin sultana fresh table grape.

view use case

download starter models

  • sultan afresh table grape starter model (built with firmware V1.2)

  • sultan afresh table grape starter model

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kiwi

non-destructive measures of internal quality indicators for kiwi.

no use case

download starter models

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mango

non-destructive measures of dry matter in mangoes.

view use case

download starter models

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pear

non-destructive measures of total solution solid sin pearl.

view use case

download starter models

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persimmon

non-destructive measures of total solution solid sin chocolate persimmon.

view use case

download starter models

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dried sultana

non-destructive measures of moisture content in dried sultanas.

view use case

download starter models

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Cherry

non-destructive measures of dry matter in cherries.

view use case

download starter models

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training materials

The training materials below are to help one get started in their use of the F-750 Produce Quality Meter and the Model Builder software. Following the standard model building process, the SOP for reference value collection using the example of mangos should be reviewed first,Followed by the instructional video for how to import and use the Model Builder software and finally the videos addressing interpretation of the results provided in Model Builder.

The Mango Data Collection Standard Operating Procedure should be used as a guide for appropriate training set creation and corresponding reference value collection during the model building process.

The F-750 Demo Reference Values ​​and Demo Training Set files can be used in conjunction with the Interactive Model Builder Demo video. Watch the video and then download the reference values ​​and training set files to try out the software for yourself.

For a brief introduction to the statistical results show in the model performance analysis tab in model builder, review the videos below. Start with the Introduction to Model Analysis and then reference the following clips on each of the statistical graphs shown in Model Builder.

Collection