Non-magnetic cameras are specially designed imaging devices used in strong magnetic field environments. The following sections introduce their principles, features, and application scenarios:

Working Principle

The working principle of non-magnetic cameras is similar to that of ordinary cameras. Both collect light through the lens, focus it onto the photosensitive element, convert the optical signal into an electrical signal, and then transform the electrical signal into a digital signal via an analog-to-digital converter. Finally, the signal is compressed and transmitted to display or record viewable images.

Features

• Non-magnetic Design: Made from non-magnetic or low-magnetic materials, such as special alloys and plastics, these cameras are not magnetized in strong magnetic fields and do not interfere with the magnetic field, ensuring normal operation and unaffected image quality.
• High-Definition Imaging: Equipped with high-resolution image sensors and high-quality lenses, they can capture clear and detailed footage, with some models supporting 1080P or even higher resolutions.
• Multiple Functions: Features such as digital wide dynamic range and 3D digital noise reduction ensure clear imaging under various lighting conditions.
• Excellent Protection: Typically designed with high protection ratings, such as IP66 waterproofing, they are dustproof and water-resistant, making them suitable for various harsh environments.
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