Centralized feeding robots

An automatic feeding robot for aquaculture is an autonomous device designed to distribute food to fish in a precise and regular manner. This system offers an automated and efficient solution, reducing human intervention, optimizing feeding rations, and ensuring optimal fish growth while minimizing waste.

Description of an Automatic Feeding Robot for Aquaculture:

Feeding robots are used in various types of aquaculture installations, including recirculating aquaculture systems (RAS), fish ponds, and marine cages. These robots are programmable and can be adapted to different fish species and the size of the installations.

Main Features:

• Automation: The robot can distribute food at specific times and quantities based on the fish's needs and water conditions.

• Precise Distribution: It uses advanced technologies, such as sensors and weighing systems, to adjust the amount of food distributed according to the size and appetite of the fish.

• Mobile System: Some robots are mounted on rails or mobile platforms, allowing them to move freely across a large water surface to evenly distribute feed.

• Cost Optimization: By reducing feed losses and improving ration management, these robots help aquaculture operators achieve substantial savings.

• Remote Monitoring: Modern robots are often equipped with remote control systems, allowing operators to monitor and adjust feeding parameters via apps or web interfaces.

Advantages of Automatic Feeding Robots:

• Time Savings: They automate a task that typically requires constant human intervention, reducing the workload.

• Reduced Operating Costs: Less feed waste and less labor are needed to manage fish feeding.

• Better Fish Growth Management: Feeding robots allow for precise distribution of rations tailored to the fish's growth and needs, contributing to better zootechnical performance.

• Improved Water Quality: By optimizing food distribution, these robots avoid excess uneaten food that could pollute the water.

Common Applications:

• Fish farming in ponds (trout, tilapia, carp, etc.)

• Marine aquaculture (bass, bream, salmon, etc.)

• Aquaponics systems

• Floating cage farming at sea

Examples of Feeding Robots:

• AT-2000: This robot can feed up to 240 individual ponds in indoor environments, moving along a single rail above the ponds for precise and flexible distribution.

• Mobile Rail Feeding Robot: Used for outdoor installations, it can cover large water areas and ensure even feed distribution over wide zones.

Automatic feeding robots play a key role in modern aquaculture management, contributing to better productivity while preserving the environment and optimizing production costs.