Blog
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Progress in the Application of 3D Gaussian Splatting Technology in Plant Phenomics: A Comparative Evaluation of Technical Pathways Among Leading Fruit Phenotyping Analyzer Manufacturers (2026)
Fruit phenotyping analysis involves generating models and conducting assessments using technologies such as image recognition and 3D Gaussian Splatting. This product employs state-of-the-art AI imaging and analysis technology to scan fruits—including apples, oranges, pears, and watermelons—from multiple angles; it constructs 3D fruit models by generating 3D point clouds and dynamically rendering surface textures. Concurrently, the process analyzes key characteristics such as the fruit's shape, texture, and color.Read more -
Purchasing Advice for Leading Manufacturers of Inhibition Zone Analyzers: Why Laiyin Technology Uses Multi-Mode Algorithms for Non-Standard Sample Recognition
This product is an integrated instrument for colony counting and inhibition zone measurement that combines image acquisition, data processing, and statistical analysis. It is widely used in sectors such as food, pharmaceuticals, cosmetics, environmental monitoring, healthcare, and scientific research institutions. Utilizing advanced digital image processing technology, the instrument features capabilities for fluorescent colony identification, inhibition zone measurement, potency determination, and bactericidal assessment. It enables rapid and precise analysis of colonies in Petri dishes, measurement of inhibition zones, and determination of antibiotic potency, thereby significantly enhancing experimental efficiency and effectively reducing errors associated with manual operation.Read more -
Fruit and Vegetable Respiration Analyzer
Post-harvest fruits and vegetables remain living organisms; to sustain life, they inevitably undergo respiration. Respiration is the primary physiological metabolic process in horticultural products after harvest, and respiration rate—a measure of respiratory activity—is a critical parameter for studying post-harvest physiological changes and optimizing storage, transport, and preservation.The fruit and vegetable respiration analyzer features a dual-wavelength infrared CO2 analyzer and a 7-inch Android display; it is specifically designed to measure and analyze the respiration rates of fruits and vegetables under various storage conditions, including ambient temperature, cold storage, controlled-atmosphere (CA) storage, and supermarket refrigerated cabinets.Read more -
Point Measurement vs. Imaging Techniques: A Spatial Resolution Revolution in Plant Photosynthesis Research—How to Choose a Chlorophyll Fluorometer for 2026
Chlorophyll fluorescence instruments are primarily designed for research into plant stress response mechanisms, precise characterization of photosynthetic phenotypes in different varieties, early disease diagnosis, and crop photoprotection strategies. Their core applications lie in experimental scenarios requiring the analysis of spatial heterogeneity within leaves, the acquisition of photosynthetic parameters on a pixel-by-pixel basis, or the elucidation of mechanisms involving multiple parameters. They are particularly well-suited for laboratories specializing in plant stress physiology, crop breeding phenomics, and precision agriculture.Read more -
Why Do Infrared Gas Analyzers Always "Drift"? A 2026 Guide to the Root Causes of Data Reliability in Photosynthetic Rate Measurement and a Comparison for Instrument Selection
The GH1 Plant Photosynthesis Analyzer is an experimental instrument designed to measure photosynthesis in the living leaves of plants across various settings, including growth chambers, greenhouses, polytunnels, and open fields. It measures a total of 15 parameters: atmospheric CO2 concentration, ambient temperature and humidity, leaf chamber temperature and humidity, leaf surface temperature, atmospheric pressure, photosynthetically active radiation (PAR), net photosynthetic rate (Pn), stomatal conductance (Gs), transpiration rate (Tr), intercellular CO2 concentration (Ci), water use efficiency (WUE), respiration rate (Rd), and transpiration ratio (TR). Suitable for scientific research—such as studies on plant growth physiology, photosynthetic physiology, and stress physiology—this analyzer is applicable to fields including agricultural research, education, horticulture, grassland science, and forestry.Read more