"Can't see underwater, relying on guesswork" has long been a pain point in aquaculture: the turbid water in fish ponds makes it impossible to see the density of fish and shrimp, whether there is residual bait in cages is entirely judged by experience, and it is difficult to detect signs of disease at the bottom of shrimp ponds in a timely manner. The underwater aquaculture camera is equipped with a 2-megapixel high-definition industrial-grade lens. With its exclusive low-illuminance imaging technology, it can easily penetrate turbid waters caused by sediment suspended solids and algae reproduction. Even in aquaculture water with a transparency of only 30 cm, it can clearly capture details.
Under natural daylight, the image color reproduction rate is as high as 95%, which can clearly distinguish the swimming state of fry, the size of adult fish, and even the molting progress of shrimp and crabs. At night, it automatically switches to the infrared fill light mode. The invisible light source emitted by 8 high-power infrared lamp beads realizes black-and-white HD imaging under ultra-low illuminance of 0.01Lux without disturbing aquatic organisms. Whether it is the fish shoal floating at 3 a.m. or the remaining bait at midnight, it can be presented in real time. From the feeding activity of fish and shrimp to the transparency change of water, from the accumulation of residual bait at the bottom of the pond to the growth state of aquatic plants, all key aquaculture information is clear at a glance, completely bidding farewell to the traditional mode of "feeding by feeling and preventing diseases by luck".
Based on clear real-time images, aquaculture practitioners can accurately judge the feeding needs of fish and shrimp, avoiding the problem of "overfeeding leading to waste and underfeeding causing nutritional deficiency". According to actual measurements, it can reduce the bait cost by more than 15%. At the same time, it can identify early disease signals such as fish and shrimp swimming alone or abnormal body surface 2-3 days earlier than traditional pond patrols, seizing the golden time for disease prevention and control and significantly reducing the seedling loss rate.
Aquaculture scenarios are complex and diverse: fish ponds have large differences in water depth, cages are prone to corrosion after long-term immersion in seawater, and shrimp pond water is mostly alkaline, which places extremely high requirements on the durability of equipment. The underwater aquaculture camera adopts a military-grade 316L stainless steel shell, combined with an integrated sealing process, reaching the highest IP68 protection standard—it is completely dustproof and can withstand the high-pressure impact of 50 meters of water depth. Even if it is soaked in different water qualities such as fresh water, seawater, and brackish water for a long time, it can effectively resist microbial erosion and salt spray corrosion, and its service life is much longer than ordinary waterproof equipment.
It can be stably adapted to various scenarios, from large fish ponds covering more than 100 mu to storm-resistant cages 5 kilometers offshore in the deep sea, from indoor high-density recirculating shrimp ponds to ecological aquaculture areas with rice-fish symbiosis. What's more noteworthy is that its body weighs only 1.2 kg. With an adjustable bracket and strong suction cups, whether it is fixed on the pool wall, hung on the cage frame, or sunk to the bottom of the pool, the entire installation and commissioning process takes no more than 20 minutes, without the need to modify aquaculture facilities.
Addressing the "difficulty in pond monitoring" for aquaculture practitioners, the device is equipped with an intelligent motion detection module, which can customize the monitoring area and sensitive parameters: when fish schools suddenly float up on a large scale (possibly indicating hypoxia), foreign organisms break into the cage, or abnormal surges appear on the water surface, the camera immediately triggers an acousto-optic alarm and synchronously pushes early warning information to the bound mobile APP. Whether aquaculture practitioners are on a business trip elsewhere or resting at home, they only need to click once on their mobile phones to view underwater images in real time. It supports 4x digital zoom, image capture, video playback and other functions, truly realizing "even when not by the pond, all conditions in the pond are known", and completely freeing aquaculture practitioners from time and energy constraints.
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