soil analysis instruments：the instruments used in soil testing

Today, with the rapid development of agricultural modernization and precision agriculture, soil analysis instruments have become important detection tools in agricultural production and scientific research. This portable device integrates advanced optical technology, intelligent algorithms, and IoT functions, condensing the detection capabilities of traditional laboratories into portable instruments, achieving a one-stop solution from field sampling to data analysis. Compared with traditional detection methods, soil analysis instruments shorten the detection time from several days to tens of minutes, reduce costs by more than 80%, and provide strong technical support for soil testing, formula fertilization, and precision agriculture.

The core detection system of soil analysis instruments is based on photoelectric colorimetric technology, using patented precision rotating colorimetric cell design and high-precision filter technology to ensure detection accuracy. The instrument is equipped with 12 rotating detection channels, which can process 12 samples at once, greatly improving detection efficiency.

The soil analysis instrument adopts an intelligent calibration system with built-in automatic light intensity calibration and temperature compensation functions to ensure long-term measurement stability.

The multi parameter detection capability is another highlight of soil analysis instruments, which can detect more than 200 items such as soil, fertilizer, crops, food, water quality, environment, etc., truly realizing the multi use of one machine. This multifunctionality greatly expands the application range of the instrument and reduces the equipment investment cost for users.

The soil analysis instrument is equipped with an RK3288 quad core processor based on ARM Cortex-A7 architecture, with a main frequency of 1.88GHz, running the Android 7.1 intelligent operating system, providing a smooth user experience.

The built-in video guidance system of the instrument includes pre-processing operation videos for various samples. Testing personnel do not need to consult the manual, and can click on the corresponding module to watch the standard operating procedures. This feature is particularly suitable for beginners to quickly get started, shortening training time and improving work efficiency.

The facial recognition login and password protection functions ensure the security and traceability of detection data. This feature is particularly important in team collaboration and scientific research projects, as it can prevent unauthorized personnel from operating instruments or viewing experimental data.

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