Insecticidal lamps are a practical pest management tool that come in three basic types: overhead, frequency vibration and wind suction, allowing users to pick the right lamp for their specific use environment and pest problem.
These lamps operate automatically without the need for human supervision, and they can independently complete the entire process of attracting and killing pests as well as collecting carcasses. They can also send out images and monitoring data of pests in real time via 4G network or Ethernet, and this information is processed by the data analysis model on the Precision Cloud Platform to help us understand the link between pest activities and environmental conditions.
Various types of insecticidal lamps use physical methods and light sources to attract pests, and operate without the use of any chemicals, so they have a very low impact on the environment. These devices are capable of dealing with a wide range of agricultural pests and have a significant positive effect on promoting organic farming and improving the quality of farmland.
High-altitude pest detection lamp is a monitoring tool specially designed for migratory pests such as grass moths, which combines modern optical, electronic and numerical control technologies and uses a high-brightness searchlight as a means of trapping pests, effectively overcoming the limitations of traditional pest monitoring equipment, and having a significant effect on the monitoring and trapping of migratory pests.
This product can play a key role in areas where pest migratory activities are more frequent, especially in spring and summer. It helps agricultural workers to identify potential pest problems in advance and keep abreast of the activity patterns and migratory paths of locusts, moths and other pests, providing important support for the effective prevention and control of these migratory pests that are sudden and highly destructive.
Equipped with high-definition cameras, the pest monitoring station equipment is capable of capturing images of pests in real time and uploading them into the database. These images are then thoroughly identified and analysed by the pest data analysis model to determine the type and population distribution of the pests. Based on this information, the system evaluates the need to issue warning signals. If the analysis results show that it is necessary, the device will automatically send out warning messages and create corresponding warning records and identification reports so that relevant personnel can take timely countermeasures.
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