Quotation for soil measuring instrumentsAltimeter is approximately 16800 RMB. The soil testing instrument produced by Yuntang manufacturer can detect both soil and fertilizer items, making it a comprehensive soil and fertilizer testing instrument for all projects.

　The use of the instrument is not only simple and convenient, but also cost-effective. It can be used for various soil nutrient detection tasks, with short time consumption, easy portability, and the ability to know and understand the environmental conditions of the soil at any time. Through the analysis of variance, multiple comparisons, and comparison of the coefficient of variation of different soil layers' nutrient contents measured by instruments, it can be concluded that the sensitivity and stability of surface mixed soil samples are higher for soil nutrients in different forest underground areas.

Characteristics and advantages

1. Can detect calcium, magnesium, sulfur, iron, manganese, boron, zinc, copper, chlorine, silicon and other items.

2. Can detect water-soluble total sugars, boron, manganese, iron, copper, calcium, magnesium

3. Automatic printing of detection report and QR code upon completion of testing, with built-in printer in the instrument

4. All detection items can achieve simultaneous detection of all channels, greatly improving detection efficiency and reducing detection costs.

5. The instrument comes standard with WiFi network upload, 4G network transmission, and GPRS wireless remote transmission for fast data upload.

Quotation for soil measuring instrumentsThe use of this instrument has been unanimously recognized by everyone. In recent years, the rapid development of agriculture has led to the widespread promotion and use of such professional instruments. This instrument can measure soil nutrient content, accurately understand soil nutrient content, and enable farmers to correctly detect soil fertilization. Accurate fertilization can not only improve crop yield and quality, but also effectively avoid environmental problems caused by excessive fertilization.