Food distribution system

Subcategories

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  Fish Feed Scoop

  Fish Feed Distribution Scoop – Versatile and Practical

  Perfect for aquaculture and large aquariums, this scoop is designed to make fish feeding easy and precise. It is compatible with a wide range of pellet sizes and types, allowing for consistent and efficient dosing tailored to your aquatic environment.

  Versatile: Suitable for various types and sizes of fish feed pellets.
  Practical: Ergonomic design ensures a comfortable grip and quick, even distribution.
  Wide Application: Ideal for fish farms, ponds, and large domestic or professional aquariums.

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  Clockwork feeders

  Belt Feeder – Continuous and Controlled Fish Feed Distribution

  The belt feeder is an ideal device for regular and controlled feed distribution in aquaculture systems. With its motorized belt, it ensures continuous delivery of pellets or other feed, promoting uniform fish growth while minimizing waste.

  Automated Distribution: Easily adjustable speed to control feed rate according to needs.
  Even Feeding: Ensures better distribution of food across the tank or pond.
  Robust Design: Made from moisture- and corrosion-resistant materials.
  Versatile: Suitable for different types of feed and various fish species.

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  L5 Feeder

  L5 Automatic Feed Distributor for Fry Rearing, Ornamental Fish, and Ponds

  Profi Automatic Feed Distributor – 2+5kg

  • Suitable for feed up to 9mm

  • Precise distribution, second-by-second feeding

  • Equipped with a comfortable LINN feeding clock

  • Easy to use and reliable

  • Includes a stainless steel wall or pond mounting bracket

  • Available in 230V or 12V versions

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  Self-moving feeders

  Self-Supporting Feeders for Aquaculture

  Self-supporting feeders for aquaculture are devices designed to automatically distribute food to fish or other aquatic organisms in aquaculture facilities (tanks, cages, ponds, etc.). They allow for efficient, regular, and often programmable feeding, while reducing waste and improving animal growth.

  Definition and Operation

  A self-supporting feeder is an autonomous system capable of storing and distributing pellets or food to fish without constant human intervention. It is self-supporting, meaning it is independent and mobile, often placed on a float, a stand, or mounted on a barge.

  Main Components

  • Storage tank

    • Variable capacity (from a few kg to several tons)

    • Airtight to protect the feed from moisture and pests

  • Mechanical or electronic distribution system

    • (auger, rotating disk, air blower)

    • (timer, presence sensor, remote control, or automated system)

  Power Supply

  • Solar panels

  • Rechargeable battery

  • Direct electric power (less common in remote areas)

  Support Structure

  • Frame made of stainless steel, aluminum, or high-resistance plastic

  • Floats or legs depending on the environment (marine cage, earthen pond)

  Advantages

  • Automated feeding: consistent and accurate rations

  • Time and labor saving

  • Reduced feed waste

  • Improved zootechnical performance (better growth, optimized feed conversion)

  • Reduced environmental impact (less uneaten food = less pollution)

  Types of Self-Supporting Feeders

  • Gravity feeders: based on the natural fall of feed, often simple and economical

  • Blower feeders: propel feed over distances in large cages (used in the sea or large ponds)

  • Auger or rotor feeders: more precise, with controlled flow rate

  • Connected feeders: equipped with sensors, cameras, or remote control interface via smartphone or computer

  Common Uses

  • Tank fish farming (trout, tilapia, carp)

  • Marine aquaculture (sea bass, sea bream, salmon)

  • Aquaponics in closed systems

  • Crustacean or fry farming in nurseries

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  Solar feeders

  The solar feeder for aquaculture is an autonomous and eco-friendly device designed to automatically distribute feed to fish or crustaceans in ponds, cages, or tanks. Powered by solar panels and equipped with a rechargeable battery, it operates without the need for external electricity, making it ideal for remote locations.

  With its programmable system, it allows for precise control of feed portions and distribution frequency, reducing waste and improving animal growth. Durable and moisture-resistant, it is built for outdoor use in demanding environments.

  Benefits:

  • 100% solar-powered, energy independent

  • Reduces labor costs

  • Accurate and consistent feeding

  • Environmentally friendly

  • Suitable for pond farming or marine aquaculture

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  ARVOTEC feeders

  Arvo-Tec feeders are automated distribution systems designed for aquaculture, providing precise and efficient feeding of fish. They are suitable for modern fish farms, whether for Recirculating Aquaculture Systems (RAS) or more traditional installations.

  Main models:

  • TD2000 Feeder: This model is equipped with a dosing drum that allows for adjusting the amount of feed distributed based on the size and species of the fish. The hopper capacity ranges from 1 to 150 liters, offering great flexibility. Electric or pneumatic spreaders can be added for uniform distribution over the pond surface.

  • AT-2000 Feeding Robot: Designed for indoor environments, this robot can feed up to 240 individual ponds. Mounted on a single rail above the ponds, it moves freely to distribute feed, with options for circular or sector spreaders. It comes with two hoppers for different pellet sizes.

  Common Features:

  • Advanced control system: Arvo-Tec feeders integrate control systems that monitor water quality, record data, and issue alerts. These systems can be used individually or combined to create an integrated feeding network.

  • Adaptability: By combining different dosing drums, hopper sizes, and spreaders, a single feeder can cover the entire feeding process, from hatchery to grow-out, adapting to a variety of species and applications.

  Arvo-Tec feeders are known for their reliability and efficiency, contributing to optimized feed management and improved zootechnical performance in aquaculture installations.

  
  
  

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  Hopper feeders

  A hopper feeder is a device used in aquaculture and other sectors to distribute food or pellets in a controlled manner. It mainly consists of two key elements: a hopper (a storage container) that holds the food, and a distribution mechanism that releases the food in a regular and precise manner.

  Description of the Hopper Feeder:

  Hopper feeders are designed for automated feeding, allowing food to be distributed over a set period. These feeders can be used in recirculating aquaculture systems (RAS), fish ponds, lakes, or even for feeding animals in farming operations.

  Key Features:

  • Hopper: A storage container for holding the food, typically made of metal or plastic, and available in various capacities depending on the application (ranging from a few liters to several hundred liters).

  • Distribution System: This may include an auger, discharge openings, or valves that regulate the release of food.

  • Precision: Thanks to programmable systems, these feeders allow for the adjustment of feeding times and quantities, optimizing food management and reducing waste.

  • Durable Construction: Hoppers are designed to withstand outdoor conditions and are easy to clean.

  Advantages:

  • Energy Efficiency: Many modern hopper feeders are powered by renewable energy sources like solar panels, providing an eco-friendly solution.

  • Waste Reduction: Controlled distribution helps minimize overfeeding and the accumulation of uneaten food.

  • Automation: Less manual labor is required, and feeding schedules can be programmed, allowing for better long-term food management.

  Common Applications:

  • Aquaculture: Feeding fish in ponds or marine cages.

  • Livestock Farming: Used to feed animals such as chickens, pigs, etc.

  • Agriculture: Used for distributing seeds or other food types for animals.

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  Centralized feeding...

  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.