Plant Pathogen Spore Capture and Analyzer
1.High - Definition Image Acquisition: It is equipped with an optical microscopy imaging system that can automatically take pictures to clearly capture pathogen spore images.
2.Diverse Power Supply Options: It supports both AC 220V power supply and DC power supply (330W solar panel and 200ah battery), meeting the power supply requirements in different scenarios.
3.Convenient Status Broadcast: It has a voice - broadcasting function that can report the working status and progress of the device in real - time.
4.Automatic Slide Replacement: It adopts a turntable - driven mechanism to realize the automatic replacement of slides, facilitating continuous monitoring.
5.Flexible Data Transmission: It supports various transmission methods such as 2G/3G/4G/5G/WIFI/Ethernet, ensuring the stable upload of data.
6.Accurate Constant-Temperature Incubation: Features an auto-constant-temperature system to maintain stable incubation conditions for spore monitoring.
Product Introduction
The Plant Pathogen Spore Trapping and Analysis System is designed to monitor the quantity and spread dynamics of disease - causing spore s. It can collect and analyze pathogen spore images in real - time throughout the day, and remotely upload them to the cloud platform automatically, realizing the digitization and automation of pathogen spore collection. By analyzing the changes in spore quantity, it can accurately predict the occurrence time, degree, and spread route of diseases, providing a powerful support for the timely early - warning of disease occurrence and spread.
Product Parameters
1.Imaging System: Optical microscopy imaging system
2.Power Supply Mode: AC 220V, DC (330W solar panel, 200ah battery)
3.Transmission Mode: 2G/3G/4G/5G/WIFI/Ethernet
4.Constant - Temperature System: Automatic constant - temperature device
Application Scenarios
It is widely applicable to various plant - growing areas such as farmland s, orchards, forest farms, flower - planting bases, and vegetable - planting parks, as well as agricultural research institutions and plant protection departments. It is used to monitor and early - warn plant diseases, helping with scientific prevention and control to ensure the healthy growth of plants.
