Blog
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How to balance accuracy, speed and repeatability in chlorophyll meter
Based on the chlorophyll spectrum absorption law, the chlorophyll meter uses two different light-emitting tubes to illuminate the leaves. By measuring the intensity of the light transmitted through the leaves, it calculates the relative chlorophyll content or greenness of the leaves, thus providing a reliable scientific basis for rational, appropriate and timely fertilization. It is widely used in scientific research and production guidance in agriculture, forestry and botany.Read more -
Chlorophyll fluorescence spectrometer: a non-destructive probe for decoding the health of plant photosynthetic systems
Obtain the rapid fluorescence kinetic curve of OJIP (0.1–10 s).The basic parameters measured are: Fo, Fj, Fi, Fm (Fp).Read more -
Soil rapid testing instruments usher in a new era of rapid diagnosis in precision agriculture.
soil rapid testing condenses the complex laboratory analysis process into a portable device, enabling on-site, rapid, and accurate diagnosis of key soil indicators, becoming a pioneering tool for promoting precision and intelligence in agriculture.Read more -
Breakthrough and Application of High-Precision Photographic Plant Root System Analyzer
The photo-based plant root analysis system is designed for rapid, multi-parameter, and batch automated analysis of cleaned roots with a diameter of 0.5 mm or more. The entire system consists of a document scanner, analysis software (PC-based), and a computer (self-provided). Its imaging speed is 20 times faster than that of scanning systems.Read more -
Breakthrough and Application of High-Precision Photographic Plant Root System Analyzer
The photo-based leaf area meter (flat panel version) consists of an image acquisition device and image processing software. Utilizing our newly developed image recognition software, it employs technologies such as leaf contour feature extraction, image-to-object conversion, and edge detection to quickly and clearly obtain parameters such as leaf area, perimeter, and number of insect holes. It can also measure leaves in segments, automatically merging two images and comprehensively analyzing the parameters. Compared to traditional leaf area measurement methods, it offers faster and simpler measurement, more visual and objective results, more diverse data, and significantly reduced errors caused by human operation.Read more