Recently, our company has launched the fifth-generation Intelligent Pheromone Trap System. This breakthrough innovation integrates microfluidic chip technology with deep learning algorithms, enabling fully intelligent pest monitoring, early warning, and intervention. Verified by the Chinese Academy of Agricultural Sciences (CAAS), the system compresses pest control decision-making to within 3 hours while reducing misapplication costs of pesticides by 90%.
Core Technical Advantages：
l Nanoscale Precision Release System：It has a hexa - channel microfluidic chip that can independently control the release rate of 6 pheromones, and the temperature/humidity adaptive compensation accuracy is 0.1μL/h. It also has a biomimetic sustained-release matrix. According to the actual test results of Hainan's high temperature trials, the efficacy duration extended from 15 days to 60 days and the release fluctuation rate is <1.5%.
l AI-Powered Pest Recognition Engine：Using convolutional neural networks combined with 3D morphological analysis, it can realize multi-species recognition, with an identification rate of 99.1% for 34 species of Lepidoptera; using insect body texture decoding algorithm to judge the development stage, the age misjudgment rate is ≤0.8%. Through meteorological/historical data fusion modeling, the risk of pest outbreaks can be accurately predicted.
l Intelligent Energy Management：Equipped with cadmium telluride thin-film solar energy, it can last for 7 days in cloudy conditions, and the self-meshing relay technology ensures network stability despite single-node failure.
The first commercial deployment of 1 million acres of soybean fields in Brazil: 5 units per 1,000 acres (vs. 50 units for traditional solutions), which can reduce pesticide use by 52% and control the loss rate of fall armyworm damage to 0.37%.
Share your contact information to receive precision-matched pheromone solutions. Should our existing portfolio lack an optimal fit, our synthetic chemistry team will initiate custom development—from molecular structure design to scaled production.