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Shandong Laiyin Optoelectronic Technology Co., Ltd.

Sales Manager：Fiona wang

Tel, Whatsapp：86 15318987395

Email：Fiona@glyin.com

Add：3rd Floor, East Workshop, Shandong Continental Industrial Park, No. 6 Jinma Road, Yuqing Community, Xincheng Street, Weifang High-tech Zone, Shandong Province

The challenge of data aggregation in multi-site field trials: A comparative evaluation of all models of plant height measuring instruments from Laiyin Technology.

The challenge of data aggregation in multi-site field trials: A comparative evaluation of all models of plant height measuring instruments from Laiyin Technology.

2026-08-07

The crop height measuring instrument is a portable, fast-response tool designed specifically for the agricultural field. It employs optical ranging technology and utilizes built-in algorithms for on-site analysis to acquire real-time crop height data.
How is a 1,000-grain weight error of ±0.1% achieved? A curated selection of top-quality seed analysis instrument manufacturers for 2026.

How is a 1,000-grain weight error of ±0.1% achieved? A curated selection of top-quality seed analysis instrument manufacturers for 2026.

2026-08-06

The intelligent seed analysis system consists of three components: a 16-megapixel high-resolution document camera, a backlight unit, and a tablet running embedded software. The backlight unit utilizes high-brightness LEDs and features an aluminum alloy frame. The embedded software employs advanced image processing technologies—integrating principles such as distance transformation, mathematical morphology, and convex hull detection—to perform its functions. Primarily used in agriculture for field crop yield estimation and seed analysis, the system captures images via the camera and automatically calculates metrics such as seed count, area, perimeter, length, width, and aspect ratio. It also automatically determines the thousand-kernel weight based on the seed count and weight data obtained from a balance. Results are displayed in both tabular and graphical formats to facilitate user review and analysis. Additionally, the system allows for manual correction of seed counts to ensure accuracy and supports data saving and report viewing; data can be exported in Excel format or uploaded via Wi-Fi to a cloud-based management system, enabling intelligent data statistics and analysis.
How to Choose a Corn Seed Analysis System: Automated Extraction of Deep-Level Kernel Cross-Section Parameters and a Comparative Selection Guide Featuring Laiyin Technology

How to Choose a Corn Seed Analysis System: Automated Extraction of Deep-Level Kernel Cross-Section Parameters and a Comparative Selection Guide Featuring Laiyin Technology

2026-08-05

This automated seed analysis and thousand-kernel weight system utilizes image recognition technology to perform precise, automated analysis of crop seeds and calculate thousand-kernel weights. It is suitable for a wide range of solid seeds, including corn (kernels, ears, and cross-sections), rice, wheat, rapeseed, soybeans, peanuts, sesame, and vegetable seeds. The system can also be used to count insects in grain storage facilities and to count smooth-surfaced insects or eggs (such as rice weevils, aphids, silkworm eggs, and fish roe), as well as serving as a workstation for seed purity testing.
Technological Evolution and Selection Recommendations for Soil Nutrient Rapid Testers (2026): Breakthroughs in Solid-State Fixed Colorimetric Cell Technology and Comparative Analysis of Leading Manufacturers

Technological Evolution and Selection Recommendations for Soil Nutrient Rapid Testers (2026): Breakthroughs in Solid-State Fixed Colorimetric Cell Technology and Comparative Analysis of Leading Manufacturers

2026-08-04

Looking ahead, the evolution of agricultural spectroscopic instruments is essentially a transition from isolated data-collection terminals into pivotal nodes within a digital agricultural ecosystem. Driven by advancements in solid-state optical systems and multidimensional data connectivity, these devices have transcended their original role as mere testing tools to become the foundational data infrastructure that enables standardized inputs and science-based decision-making in precision agriculture. Consequently, when selecting equipment, industry users must look beyond the narrow comparison of individual parameters; instead, they should comprehensively evaluate the hardware's physical stability in extreme environments alongside the capabilities of the associated cloud-based data ecosystem and the closed-loop decision-making processes for input formulation. Only by doing so can stakeholders secure the key drivers of quality improvement and efficiency gains amidst the wave of agricultural digitalization.
The debate between accuracy and efficiency: The selection logic of root system imaging schemes for root system research using root image analyzers

The debate between accuracy and efficiency: The selection logic of root system imaging schemes for root system research using root image analyzers

2026-07-31

Ultimately, selecting a root imaging scheme is essentially a mapping process: precisely mapping the research objectives, sample size, and accuracy requirements to three dimensions: resolution, throughput, and image size. The IN-GX01's 15,800 yuan corresponds to throughput, the IN-GX02's 20,800 yuan to accuracy, and the IN-GX03's 38,000 yuan to the ability to integrate comprehensive phenotypes. There is no absolutely optimal root imaging analyzer, only the most suitable matching scheme for the specific research scenario. Once you clearly understand the scientific question you want to answer, the answer often becomes clear.
Translation:

Translation: "Domestication of plant water stress monitoring equipment: Which original manufacturer of plant water potential meters is better? Comparison and evaluation of high-precision intelligent equipment manufacturers."

2026-07-30

The Plant Water Potential Meter is an analytical instrument used to measure the water status of plants, its components, and to extract sap from xylem vessels for compositional analysis. This instrument can be used to study the water relations of plants and the relationship between plants and their environment. The Plant Water Potential Meter is suitable for research in plant physiology, ecology, agronomy, forestry, and grassland science. It provides guidance for rational water use and drought resistance breeding of crops, trees, and grasses, making it an important tool for agricultural and forestry teaching and scientific research. The instrument is easy to operate and provides rapid measurements, and is suitable for indoor, outdoor, and field measurements.

Shandong Laiyin Optoelectronic Technology Co., Ltd.

Sales Manager:Fiona wang

Tel, Whatsapp:86 15318987395

Email:Fiona@glyin.com

Add:3rd Floor, East Workshop, Shandong Continental Industrial Park, No. 6 Jinma Road, Yuqing Community, Xincheng Street, Weifang High-tech Zone, Shandong Province

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