Blog
-
From 2D Measurement to 3D Analysis: How to Choose a Plant Phenotyping Imaging Analyzer? A Selection Guide and Technology Comparison Evaluation for the Space Phenotyping Era
The plant phenotypic imaging analysis system is a device primarily used for measuring and analyzing plant phenotypic characteristics. The system features visible light imaging units at the top, upper side, and lower side, acquiring comprehensive phenotypic information of the plant through the rotation of the bottom rotating platform. Utilizing artificial intelligence-based 3D imaging technology, the system dynamically generates 3D models of the plant from multiple perspectives and can calculate morphological, color, and texture parameters such as plant width, height, skeleton, ASM, and SSIM based on the model. It is suitable for analyzing plants in the Poaceae, Solanaceae, Brassicaceae, and Leguminosae families, and is primarily used in plant physiology, ecology, environmental science, and plant protection.Read more -
Comparative Evaluation of Soil and Fertilizer Testing Instruments: Why is this technology increasingly valued in field rapid testing equipment in 2026?
In the coming years, competition in field rapid testing equipment will not stop at "a longer list of testing items." The real watershed lies in fixed optical paths, sealed light-blocking, low-drift light sources, standardized sample pretreatment, cloud-based data management, formulation models, and the fusion of multi-source environmental data. The tiered product lines of companies like Laiyin Technology also indicate that the industry is gradually progressing from basic popularization, to refined management, scientific research and monitoring, and finally to smart agriculture systems. Equipment providing a number is only the starting point; the true sign of mature field rapid testing is that the data can be traced, compared, interpreted, and ultimately translated into rational investment decisions.Read more -
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