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         The non-magnetic monitoring system is a surveillance device specifically designed for use in environments with stringent magnetic field requirements. Below is its related introduction:

• Functional Features
• Non-Magnetic Design: The device's casing, internal circuit boards, and key components are all made from special non-magnetic materials. After rigorous magnetic field testing, it is ensured that no magnetic field is generated under different working conditions. It can be safely deployed in highly magnetic-sensitive environments such as MRI rooms, preventing any impact on precision equipment.
• High-Definition Image Capture: Equipped with a high-resolution camera, it can capture clear and detailed images. Even in low-light conditions, it delivers high-quality surveillance footage through advanced low-light technology, providing reliable data for subsequent analysis and processing.
• Intelligent Analysis Function: Integrated with intelligent image analysis algorithms, it can perform real-time analysis of personnel behavior and object movement in the surveillance footage. For example, when detecting unauthorized personnel entering restricted areas or illegal movement of items, the system can automatically trigger alarms and promptly notify relevant personnel to take action, effectively enhancing monitoring efficiency and security.
• Remote Monitoring and Management: Supports remote access and control via the network. Users can view surveillance footage, perform pan-tilt-zoom control, video playback, and other operations anytime and anywhere through mobile phones, computers, and other terminal devices, enabling convenient and comprehensive real-time control of the monitored area.
• Stable and Reliable Operation: Possesses excellent stability and anti-interference capabilities, allowing it to operate continuously and stably in complex electromagnetic environments. Additionally, the system employs redundant design and multiple backup mechanisms to ensure data security and integrity, preventing any impact on monitoring effectiveness due to equipment failure or data loss.
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