Lanende Soil Nutrient Detector Helps Agricultural Entities Across Regions Achieve Scientific Cultivation

Amid the wave of agricultural modernization and green development, soil testing and formulated fertilization has become a key approach to improving cultivated land quality, reducing fertilizer input, and ensuring agricultural product safety. Recently, the soil nutrient detector launched by Shandong Lanende Intelligent Technology Co., Ltd. has been rapidly deployed in large-scale planting bases, agricultural technology service centers and agricultural input enterprises across China. With the advantages of "on-site rapid detection + intelligent data analysis", it provides reliable soil nutrient data support for agricultural entities, truly realizing technology-driven efficiency for enterprises.

Pain Point Solution: The Inevitable Shift from "Experience-Based" to "Data-Driven"

For a long time, many growers and agricultural cooperatives have relied on experience for fertilization, which often leads to excessive fertilizer application, unbalanced soil nutrients and even land degradation. This not only increases production costs but also affects crop yield and quality. In addition, grassroots agricultural technology services often lack efficient testing tools, making it difficult to provide farmers with accurate fertilization recommendations.

The emergence of the Lanende soil nutrient detector has made "one test report for one plot" a reality. Integrating reagents, devices and instruments into one unit, it serves as a compact mobile laboratory. No additional accessories are required for users, enabling flexible field or laboratory testing and greatly shortening the detection cycle, solving the problem of time-consuming traditional laboratory testing.

Core Technologies: Multi-Channel High-Speed Detection + Intelligent System

· Full Detection Functions: Measures soil ammonium nitrogen, available phosphorus, available potassium, organic matter, pH value, salinity, moisture, as well as medium and trace elements including calcium, magnesium, sulfur, boron, iron, zinc, and heavy metals such as lead, arsenic, cadmium, chromium and mercury, meeting comprehensive testing demands at home and abroad.

· Efficient Multi-Channel Design: Dual-row 12 detection channels (solid-state design), enabling rapid testing of 12 samples at a time, significantly reducing detection costs and improving efficiency.

· Intelligent Operating System: Equipped with Android system and ARM Cortex-A7 RK3288 quad-core processor for fast and stable computing; built-in crop expert fertilization system that calculates recommended fertilization rates for over 100 commercial crops and fruit trees based on target yields, and generates printable fertilization plans (including crop type, fertilizer type, target yield, total demand, and recommended fertilization scheme).

· Precision Assurance: Built-in calibration and intelligent constant current & voltage stabilization, automatic light intensity calibration; 4-wavelength professional cold light sources (red, blue, green, orange) with a service life of 100,000 hours, paired with 1cm standard cuvettes to effectively block external light interference, ensuring results exceed national standard requirements.

· Data Interconnection: Standard WiFi, 4G, GPRS wireless transmission, supported by USB and Ethernet ports. Detection data can be uploaded in batches to the smart cloud agricultural platform, allowing users to view historical data and conduct visual analysis via mobile devices anytime.

Application Effects: Closed-Loop Service from Detection to Decision-Making

In large-scale planting bases, the instrument is used for soil fertility surveys and dynamic monitoring. Combined with GPS grid sampling, it generates personalized fertilization recommendation cards, helping bases reduce unreasonable fertilizer application by 10%–30%, increase crop yield by 5%–15%, and improve agricultural product quality.

For grassroots agricultural technology service centers, technicians can obtain key indicators such as nutrients, pH and soil moisture within 1–2 hours in the field, and popularize soil testing and formulated fertilization with easy-to-understand recommendations, effectively promoting the implementation of green agricultural development policies.

For agricultural input and fertilizer enterprises, the detector not only provides free soil testing for customers but also verifies fertilizer nutrient content, ensuring precise matching between fertilization formulas and products. This helps enterprises transform from "selling fertilizers" to "providing planting solutions", significantly enhancing customer loyalty and brand competitiveness.

Demonstration Effect & Industrial Value

As a drafter of the industrial standard for rapid testing by the Ministry of Agriculture, Lanende soil nutrient detector delivers outstanding testing efficiency: under normal skilled operation, testing three items (N, P, K) for one soil sample takes only 20 minutes; testing three samples simultaneously takes ≤40 minutes, and eight samples ≤1 hour. The error rate is ≤1% for nitrogen, phosphorus and potassium, ≤2% for organic matter, and ≤5% for trace elements, fully meeting the high-precision requirements of scientific research and quality inspection.

The wide application of this equipment not only improves detection efficiency and data reliability but also forms a closed loop of detection-analysis-decision through the smart cloud agricultural platform, providing solid support for digital and precise agricultural management. It demonstrates Lanende’s technical strength in the safety chain "from field to table".

Conclusion

From teaching and research at Inner Mongolia Agricultural University, field management in Pingdu Dazeshan Vineyards, to soil surveys in Yan’an New District, Lanende soil nutrient detector is helping various agricultural entities abandon blind fertilization and embrace data-driven green and efficient agriculture. This is not only an upgrade of testing tools but also an in-depth practice of technology empowering enterprise efficiency in agriculture —— making every soil data a reliable starting point for harvest and sustainability.