How accurate are the measurements?

Accuracy depends on the commodity and attribute being measured, but each model is developed using reference laboratory data and validated across representative sample sets to ensure reliable prediction of quality parameters such as Dry Matter and °Brix.

What is a custom model in NIR spectroscopy?

A custom model is a calibration tailored to your specific commodity, measuring attributes like Brix, dry matter, or firmness using your own sample data.

What varieties can I measure with the Grape Quality Meter?

The Grape Quality Meter is equipped with robust chemometric models for trait prediction in the following: Red Table Grapes Green Table Grapes Black Table Grapes Allison Autumn Crisp Autumn Royal Flame Seedless Autumn King Jack Salute Holiday Great Green Solbrio Krissy Ivory Summer Royal Ruby Rush Pristine Scarlet Royal Sugarone Sweet Celebration Sweet Globe Timco

What are the operating conditions of the Grape Quality Meter?

The recommended operating temperature range for the Grape Quality Meter is 0 – 50° Celsius.

Is the Grape Quality Meter waterproof?

The Grape Quality Meter is not designed to be waterproof and should not be used underwater. The Grape Quality Meter is designed to be water-resistant. Use in light rain is fine, however, there are electronics inside of the Grape Quality Meter that can be damaged from water entering the instrument, so it is not recommended […]

Do I need to build my own grape model?

No! The Grape Quality Meter is preloaded with a robust chemometric model and fully calibrated when it leaves out production facility.

How do I use the F-901 Launcher Program?

To connect your F-901 controller to PC after it has been plugged into a router or switch, follow the instructions below to run the Launcher Program.

What regions has the Melon Quality Meter been tested in?

The current model has been rigorously tested on both Guatemalan and Honduran melons and we are working closely with partners around the world to achieve even greater model robustness.