Name: Spore Capture Device

• Specifications:
  • 500W camera
  • 800W camera
  • 1200W camera
  • 2000W pixels
• Power Supply System:
  • Solar power system (240W/200Ah)

The fully automatic spore capture analyzer is a device that integrates advanced technologies such as optics, electronics, numerical control, high-magnification optical microscopic imaging systems, precision limit technology, automatic intelligent focusing and fusion technology, and Internet of Things (IoT) transmission control technology. Its main characteristics can be summarized as follows:

1. High Precision and Intelligence

• High-Magnification Optical Microscopic Imaging System: Capable of clearly capturing and displaying tiny targets such as spores ranging from 5 to 100μm, ensuring high-quality and detailed images.
• Automatic Intelligent Focusing and Fusion Technology: Automatically adjusts the focus point to produce clearer images of captured pathogen spores, enhancing the accuracy of image analysis.

2. Real-Time and All-Weather Monitoring

• All-Weather Real-Time Collection and Analysis: Operates continuously, capturing and analyzing changes in the number of airborne pathogen spores in real-time, ensuring timely and accurate data.
• Time-Saving and Efficiency Enhancement: Automates functions such as capturing, uploading, and analyzing, reducing manual intervention and improving work efficiency.

3. Diverse Connectivity and Control Methods

• Multiple Networking Options: Supports 4G, RJ45, and other network connection methods, enabling remote management from anywhere.
• Remote Control: Allows users to remotely control the device via web interfaces or mobile apps, including power on/off, automatic and manual photography, setting sampling times, and work schedules, providing convenient operation.

4. Powerful Data Processing and Analysis Capabilities

• Cloud Server Technology: Utilizes cloud server technology for manual counting and analysis of pathogen spore images, enabling users to remotely view and confirm results in real-time, shortening prediction and forecasting cycles.
• Image Optimization Algorithms: Enhances image clarity and detail through software optimization algorithms, improving the accuracy of analysis results.

5. Durability and Strong Adaptability

• Resistance to High Temperatures and Humidity: Designed for use in harsh outdoor environments, withstanding high temperatures and humidity.
• Special Airflow Circulation Design: Ensures air circulation, reducing sampling repetition rates, shortening sampling time, and improving sampling efficiency.

6. User-Friendly Interface

• Built-in High-Definition Large Screen Display: Features a 10.1-inch high-definition screen with an Android operating system, providing a user-friendly interface.
• Local Viewing and Operation: Enables users to view captured photos, configure device parameters, and control the device locally.

7. Wide Range of Applications

• The fully automatic spore capture analyzer is widely used in agriculture, forestry, animal husbandry, vegetables, tobacco, tea, medicinal herbs, gardening, orchards, urban greening, quarantine, and other fields, providing reliable data support for predicting and preventing disease outbreaks and transmission.