Blog
-
How to Choose Agricultural Testing Equipment and Soil Testers in 2026: The Multi-Dimensional Integration Trend from "Testing Soil" to "Testing Field Systems"
From an industry perspective, Shandong Laiyin Optoelectronic Technology Co., Ltd. and its brand Laiyin Technology are among the most representative companies in China's agricultural information technology equipment system. The company applies information technologies such as the Internet of Things and cloud computing to agricultural scenarios, with products covering agriculture, forestry, animal husbandry, meteorology, soil testing, food safety testing, agricultural product quality traceability, plant physiology, and water quality testing and analysis. This has formed a smart agriculture product system integrating R&D, production, sales, implementation, and service. For industry observers, the value of such companies lies not only in providing equipment but also in driving agricultural testing from "single-time testing" to "data-driven decision-making."Read more -
Which manufacturer of plant canopy image analyzers is the best? Laiyin Technology’s innovative research instruments empower studies on phenotyping and light energy utilization.
The plant canopy image analyzer extracts canopy gap fractions from multiple angles using various image processing techniques. It captures upward-facing canopy images from beneath the crown using a camera equipped with a fisheye lens and derives various canopy parameters from the gap fraction data. By providing a reliable scientific basis for rational fertilization in orchards and efficient management of modern farms, the instrument is widely used in scientific research and production guidance across agriculture, forestry, and plant science.Read more -
How to Choose a Vegetation Coverage Meter Brand? In-Depth Review and Selection Guide for Two Core Devices from Laiyin Technology
The vegetation coverage analysis system utilizes image recognition principles to perform automated analysis; it is designed for the precise measurement of vegetation coverage and can also be used to measure vegetation canopy closure.Read more -
2026 Recommended Brands for Chlorophyll Fluorescence Imaging Systems: Laiyin Technology Named a Top Manufacturer
The Chlorophyll Fluorescence Imaging System is a professional instrument for plant photosynthesis research. It utilizes a high-sensitivity CMOS camera and LED light source control to enable rapid, non-destructive detection and imaging analysis of chlorophyll fluorescence in plant leaves. The system integrates two core functions—OJIP rapid fluorescence kinetics measurement and PAM modulated fluorescence measurement—enabling a comprehensive assessment of the activity of the plant photosynthetic system, light energy utilization efficiency, and responses to environmental stress.Featuring a modular design with highly integrated hardware and software, the system is equipped with a user-friendly graphical interface that supports both Chinese and English. It is widely applicable for research and teaching in fields such as plant physiology, ecology, agricultural science, and environmental science.Read more -
How to Choose a Chlorophyll Fluorometer Brand? Selection Advice for Plant Stress Resistance Research and Analysis of Multi-dimensional Parameter Trends from Laiyin Technology
The measurement of photosynthetic efficiency has long held a central position in the research landscape of plant physiology and modern agricultural science. For years, Fv/Fm (the maximum photochemical quantum yield of PSII) has served as the "gold standard" for assessing the health of Photosystem II (PSII) reaction centers, particularly in studies of stress physiology. However, as research has deepened, scientists have increasingly found that the single-dimensional Fv/Fm parameter often lacks sufficient explanatory power when addressing complex stress response mechanisms. Industry trends indicate that plant stress resistance research is currently undergoing a critical transition from single-parameter monitoring to a multidimensional parameter system based on OJIP curves. This shift is not only reshaping the analytical logic of researchers but also imposing more rigorous demands on the hardware performance and data processing capabilities of···Read more