Senseen Nutriscope Report

Here is an example of the data that can be collected

A set of 15 scans are taken for a selected area. (Full Analysis, Mineral Data Requirement)
Each scan takes approx. 20-30 seconds from start to finish, resulting in a full set of scans in under 8 min.

Multiple scans will provide better accuracy and reduce anomalies in the measurements where a single scan could lead to.

A set of 5 Scans can be performed, but will not provide Mineral Data.
A single scan can be done, .
All scan data can be exported as an Excel file for efficient data transfer to an agronomist for extra analysis.

Price

Here's the kicker. A single unit runs 3k (USD)

A one year subscription runs 750 USD / Yr

However, there are instances where Senseen offers a discounted price.

This was offered during R-Soil 2025

$1000 off the Sensor
$250 off of the One year subscription

Data

Key Factors

Redox is measured in mV
Oxidation is the loss of electrons (energy)
Reduction is the gain of electrons (energy)
NO3- (Nitrates) would be an oxidative ion (- Charge)
NH4+ (Ammonium) would be a reduced ion (+ Charge)
More complex molecules (Amino Acids, Proteins, Enzymes, Humic Acid, Glucose) are reduced forms of molecules that result in a lower redox level.
In the plants, photosynthesis uses the light energy of photons to combine (reduce) carbon dioxide from the air with hydrogen taken from water. ^[1] This reaction produces glucose and releases oxygen. (Reducing the Carbon and Oxidizing the Air.)

Data Breakdown:

6.24.25

Some correlations can be observed over the days measured:

While High Temp and High humidity were recorded, notice the lower Pe + pH (Stress) levels.

Also note Redox values are more reduced.

6.29.25 - 6.30.25

As the temp and humidity climb;
Pe + pH is lower then starts to climb
Redox measurements start to increase in value (we are looking to lower the number overall)
Brix starts to climb
Chlorophyll production along with Brix Measurements.

These graphs are a good visualization of where plants are on a scale but you gain a better insight into what a crop has expressed over time.
More measurements will lead to a better understanding of what stressors a plant has experienced through the different growth cycles.

Mineral Analysis

The benefit of capturing crop data overtime is the visualization and analysis of mineral uptake through the different key stages of plant growth and development. ^[2]

Temperature, Humidity, Pe + pH, pH, Redox, Brix Conductivity and Chlorophyll are all measurements that can be obtained with either 5 or 15 scans.
Pe + pH indicates the ability to gain or lose electrons. ^[3]