Blog
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Fully Automatic Seed Counter
Fully Automatic Particle Counter: Redefining Particle Counting with Unparalleled Efficiency and PrecisionIn fields requiring precise counting of small particles such as seeds, pharmaceuticals, and microelectronic components, traditional manual counting methods are like walking on a highway – inefficient, prone to errors, and incredibly tedious.Now, the arrival of the fully automatic particle counter completely ends this dilemma. It's not just a machine; it's a tireless and absolutely reliable "digital sensor" for your laboratory, production line, or quality control process. It integrates high-precision optical imaging, intelligent image recognition, and high-speed mechanical control, transforming tedious counting work into a precise, one-click operation.Read more -
Vegetation Cover Meter From Subjective Estimation to Precise Measurement
The vegetation cover analysis system utilizes image recognition principles for automatic analysis, enabling accurate measurement of vegetation cover and canopy density. The instrument features excellent waterproof performance and a solar power system, allowing for long-term, automatic, and timed data collection and analysis in outdoor environments to monitor long-term changes in vegetation growth.Read more -
Photosynthesis Measurement Instrument Providing reliable data for studying plant response mechanisms to environmental changes
With technological advancements, the new generation of photosynthesis measurement instruments is evolving towards intelligence and multi-functionality, with some models already supporting wireless data transmission, automatic calibration, and multi-channel parallel measurement. This not only improves experimental efficiency but also expands its application potential in large-scale ecological research. In short, the photosynthesis measurement instrument, as a crucial tool connecting plant physiology and the ecological environment, plays an irreplaceable role in promoting green agriculture and sustainable development. The plant photosynthesis analyzer is an experimental instrument used to measure the photosynthesis of living plant leaves in controlled environments such as growth chambers, greenhouses, and open fields. It measures 15 parameters, including air CO2 concentration, ambient temperature and humidity, leaf chamber temperature and hum···Read more -
Soil Heavy Metal Detection Instruments Towards a New Stage of On-Site, Rapid, and Intelligent Detection
Soil heavy metal pollution is becoming increasingly serious, becoming one of the major environmental problems facing the world today. Heavy metals in farmland soil accumulate in crops and enter the food chain, posing a threat to human and animal health. Therefore, the detection and remediation of heavy metal pollution in farmland soil is urgent. Soil heavy metals refer to metallic elements or their compounds with a specific gravity (relative density) greater than 5. These heavy metals mainly include mercury (Hg), cadmium (Cd), lead (Pb), chromium (Cr), copper (Cu), zinc (Zn), and metalloid arsenic (As). Mining of non-ferrous metal mines, discharge of industrial waste, accumulation of waste containing heavy metals, sewage irrigation in agricultural production, and unreasonable use of agricultural chemicals can all lead to harmful heavy metal elements entering farmland soil directly or indirectlyRead more -
Chlorophyll Meter for Non-Destructive Testing of Plant Leaves
The plant nutrient meter can instantly measure the relative chlorophyll content (in SPAD units) or greenness, nitrogen content, leaf surface humidity, and leaf surface temperature of plants, thus understanding the plant's actual nitrogen requirements and the degree of nitrogen deficiency in the soil or whether excessive nitrogen fertilizer has been applied. This instrument can be used to increase the utilization rate of nitrogen fertilizer and protect the environment. It can be widely used in agricultural and forestry research institutions and universities for research on plant physiological indicators and guidance for agricultural production.Read more
