E-FA1 Sonar Automatic Feeding System

The HighForward E-FA1 Sonar Automatic Feeding System utilizes advanced and unique sonar detection technology to completely revolutionize your aquaculture feeding model. It accurately determines the fish's feeding status, automatically adjusts the feeding amount, thereby achieving precise feeding, eliminating feed waste, effectively preventing water pollution, and accelerating the healthy growth of fish and shrimp, significantly improving your aquaculture efficiency.
• Sonar Detection for Precise Feeding Status: The system has a built-in high-precision sonar probe that can instantly detect the density of feeding fish in the water. Compared to other feeding systems, the E-FA1's sonar detection is unaffected by natural factors such as hydrology, climate, algal color, and light, ensuring the accuracy and reliability of its judgment.

• Intelligent Feed Adjustment, Preventing Waste and Pollution: Based on the sonar feedback of the fish's foraging status, the system automatically and precisely increases, decreases, or stops feeding. This effectively prevents insufficient feeding (leading to slow growth) or excessive feeding (resulting in feed waste and water quality deterioration), optimizing your water quality management from the source.

• Diverse Feeding Modes to Meet Different Needs: The E-FA1 offers various operational modes, including multi-period feeding and attractive bait feeding, allowing you to flexibly adjust your feeding plan according to different fish species, growth stages, or aquaculture strategies to achieve the best feeding results.
• Robust and Durable, Easy to Install: This equipment is made of high-quality 304 stainless steel, ensuring robustness and durability. The feed bin has a capacity of 120 kg, and the maximum coverage area is 10 square meters. The equipment is designed considering the actual aquaculture environment for long-term stable operation.

• Improved Efficiency, Cost Savings: Through precise feeding and automatic feeding, not only can feed utilization be significantly improved, accelerating the healthy growth of fish, but also feed costs and manual management time can be greatly reduced, making it a key investment for high-efficiency aquaculture.

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