1.Product Slogan:
Smart Agriculture Redefined: NIRez, Pioneering Precision for a Sustainable Future!

2.Product Concept:
High cost/performance SWIR (950~1650nm) spectrometer.
High dynamic range and high signal to noise ratio.
The transmittance, reflectance,and with optical fiber measurements are all available.
Stable IR light source.
Small size, light weight, easy to setup a mobile laboratory.

3.Product Technical:
NIRez is based on the optical engine of the DLP-based NIR spectrometer and adopts a post-dispersive architecture, which is composed of an entrance slit, a set of collimating lenses, a bandpass filter, a diffraction grating, a collection of focusing lenses, a DMD (digital micromirror device), a group of the light receiving lenses and a single-element InGaAs detector. A DLP-based spectrometer uses a DMD and a single-element InGaAs detector to replace a traditional linear array detector. Compared to the

4.Product Solution:
The application of NIRez in smart agriculture has the characteristics of precision agriculture, time and cost savings, and monitoring and prediction. NIRez is an infrared spectrometer that can be applied in various fields, including agriculture. Smart agriculture is an agricultural model that utilizes emerging technologies to improve agricultural production efficiency and yield. The application of NIRez in smart agriculture mainly lies in detecting the infrared spectra of crops, soil, and water quality, thus achieving the following characteristics:

Precision agriculture: NIRez can perform non-destructive testing and quickly obtain the spectral characteristics of samples, thereby measuring and analyzing crops and soil more accurately. This can help gain a better understanding of the growth status of crops, soil nutrient content, and other information to achieve precision agriculture.

Time and cost savings: Using NIRez can save time and the cost of sample analysis. It can achieve non-destructive testing, eliminating the need for destructive chemical analysis of samples. It can also obtain the spectral characteristics of samples in a short period, saving time and cost of sample analysis.

Monitoring and prediction: NIRez can detect the spectral characteristics of soil and water quality, understand soil and water pollution, and achieve monitoring and prediction of crops. This can help farmers discover potential problems in advance, take corresponding measures, and improve crop yield and quality.