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How to make a nutria feeder yourself?

When starting to breed nutria, many breeders prefer to purchase ready-made feeders from stores. However, not all models available on the market meet these high standards. Creating your own designs is the preferred option.

Requirements for nutria feeders

When selecting or constructing feeders for nutria, it's important to carefully consider the basic requirements for such devices. Key aspects in this context include:

  • Size compliance. The feeder must be of the appropriate size to ensure all nutria have free access to food. Failure to access food simultaneously can lead to aggressive behavior and fighting over food, which often results in serious injuries.
  • Durability. Nutria are rodents, so it's important to choose wear-resistant materials. Aluminum constructions are preferred, although clay and ceramic options are equally popular.
  • Saving feed. Choose models with food stoppers that prevent food from scattering. This not only saves feed but also keeps animals healthy by preventing food from mixing with dirt and feces.
  • Ease of maintenance. The design of the feeder should provide easy access to all parts for cleaning.
  • Reliable fasteners. Feeders must be securely fixed in the enclosures, and if fastenings are provided, they must be strong.
Criteria for selecting materials for feeders
  • ✓ Aluminum is preferred due to its corrosion resistance and light weight.
  • ✓ Galvanized iron is recommended for durability, but must be checked for sharp edges.
  • ✓ Avoid plastic and wood, as nutria can chew through them.

nutria with a feeding trough

The optimal choice of feeder is confirmed by the health of the nutria. If they are active, well-fed, and their fur is shiny, then the feeder has been chosen correctly. If signs of malnutrition or illness appear, the feeder selection should be reviewed and, if necessary, replaced.

Types of bird feeders: DIY

There are several variations of nutria feeders, each designed for a specific type of food. When choosing and constructing a suitable device, it's important to consider not only the enclosure size but also ease of use and maintenance.

vidy-feeders

Nursery

This type comes in several variations, the most convenient of which is a model with a vertical compartment framed by high sides and a lower horizontal feeding compartment. The lower compartment is equipped with a grate with openings that accommodate the animal's head.

Manger feeding trough

Advantages:

  • The model with a vertical compartment and a horizontal section provides convenient access to feed for nutria, allowing them to effectively grab the required amount of hay or greens.
  • The high sides and the lower compartment's grate serve as food stoppers, preventing food from falling out of the feeder. This helps conserve food and keeps the enclosure clean.
  • The size of the holes in the grate takes into account the dimensions of the nutria's head, ensuring comfortable feeding and preventing possible injuries.

Flaws:

  • This type of feeder is optimal for hay and greens, but may be ineffective for other types of feed. Additional equipment may be required if a variety of foods is required.
  • Creating feeders with these features may require specialized skills and materials, which may impact their cost and availability.
  • Maintaining hygienic conditions in the enclosure requires regular cleaning of the feeders, especially the grates and compartments, which can take time and effort.
During feeding, the animal sticks its head through the hole and grabs the required amount of feed. The bars serve as stoppers, preventing any remaining hay from falling out of the container.

With a grid

This type of feeder operates on the same principle as a manger, but is simpler to manufacture. This design consists of a standard, elongated trough, the top of which is covered with mesh. Animals can freely reach through the mesh to reach for food.

With a grid

These mesh troughs are most often used to provide dry pelleted feed. Their advantages include:

  • easy to clean;
  • feed saving;
  • ease of assembly.
Many breeders prefer to make these feeders more versatile, instead of attaching the mesh with nails, by mounting it on hinges. This not only makes cleaning much easier, but the mesh can also be used to feed porridge and other types of food to animals.

Retractable

This type of feeder stands out for its functionality and is designed for dispensing loose feed to animals kept in cages. It consists of a long box with sides 2-2.5 cm high. It is installed in a specially prepared opening in the enclosure, corresponding to the dimensions of the box.

Retractable

Advantages:

  • Provides easy access for refilling and cleaning without having to open the cage, reducing stress for animals and making care easier.
  • Prevents loose feed from spilling outside the feeder, which helps save food and keeps the enclosure clean.
  • It is suitable for distributing bulk feed and can also be adapted for various types of feeding, which makes it universal.
  • The ability to slide the feeder in and out without having to open the cage allows you to maintain peace and quiet for your pets.

Flaws:

  • Suitable primarily for bulk feeds, which may limit the variety of animals' diets.
  • A specially prepared hole in the enclosure is required to install the feeder, which may require additional work during its installation.
  • Suitable for caged animals only and not suitable for other forms of animal housing.
Once installed, the container easily slides out of the cage. Concentrates or mixed feed are poured into it, then the box is pushed back in. This design is convenient because it allows the feeder to be removed for refilling and cleaning without opening the cage or disturbing its inhabitants.

Automatic

The use of automatic feeders is justified when raising large herds of nutria and is typically used to provide them with pelleted feed. The design consists of a tall vertical tube into which the feed is loaded.

Automatic

A horizontal feeder is located beneath the pipe, and feed is automatically forced into the lower container by pressure from above. As the animals consume the contents of the feeder, a new portion of food is dispensed automatically.

Advantages:

  • They provide an automated feed delivery process, which reduces labor costs and increases the efficiency of caring for large herds of nutria.
  • Thanks to the automatic feed dosing system, nutria receive regulated portions, which contributes to uniform and balanced nutrition.
  • Accurate feed dosing reduces potential losses, saving feed and reducing animal maintenance costs.
  • Constant access to fresh food, without human intervention, reduces stress for nutria and creates more comfortable living conditions.

Flaws:

  • Purchasing and installing automatic feeders can require a significant financial investment, which may be out of reach for small farms.
  • Automatic mechanisms are subject to wear and tear and may require regular maintenance, which increases costs.
  • Such systems may be optimized for specific feed types, which may limit the diversity of nutria diets.
Automatic feeders often require electricity, and a power outage can disrupt the feeding routine.

Bunker

This type of feeder is similar to automatic designs. It includes a hopper section for storing feed reserves and a feeding section into which food flows from the hopper as it empties, ensuring constant access to food.

Bunker

A distinctive feature is the high sides at the bottom of the feed section. They prevent food from spilling.

Advantages:

  • Provides continuous access to feed for nutria, which can have a positive effect on their health. Allows the breeder to regulate feed supplies and dose it less frequently, which saves time when caring for the herd.
  • The presence of high sides in the lower feed section prevents feed from spilling, reducing losses and ensuring efficient use.
  • Having food available in the feed area at all times can reduce stress for animals by providing them with a stable diet.

Flaws:

  • Feeders may be adjusted to specific food types, which may limit dietary variety.
  • Mechanisms are subject to wear and tear, require maintenance and can fail.
  • Purchasing and installation may require a significant financial investment.
  • The installation requires adequate space in the enclosure, which may be a limiting factor for some farms.

To create a tilting structure, it is recommended to use materials made of aluminum or galvanized iron, since animals can chew through plastic and wood.

The manufacturing process includes the following steps:

  1. Cut out the following elements from metal sheets: hopper, tray, limiter, pallet, cheek.
  2. For three sides, make sides up to 3 cm high, which will be the side walls of the hopper and cheeks.
  3. Equip the back wall with stops at the top and bottom.
  4. Assemble the structure and connect the joints with rivets.
  5. Attach a fastener to the back wall, with which the feeder will be suspended from the front of the cage.
Precautions when making feeders
  • × Avoid using materials that could cause injury to animals, such as sharp edges or toxic coatings.
  • × Make sure the structure does not have small parts that nutria can chew off and swallow.
Constant feed availability has a positive effect on digestion and weight gain in animals. The use of hopper tanks is justified by the fact that the breeder only needs to dose the feed every few days.

A properly selected feeder plays a key role in successful nutria breeding. An optimal feeder design not only facilitates efficient feed utilization and saves the breeder's time, but also maintains the health and comfort of the animals.

Frequently Asked Questions

What is the minimum feeder size needed for a group of 5-6 nutria?

Can stainless steel be used instead of aluminum?

How often should feeders be disinfected?

Which restrictors are best for preventing feed spillage?

How to secure a feeder if the enclosure does not have permanent fastenings?

Why are clay bird feeders popular despite their fragility?

What is the optimal bottom angle for a self-cleaning feeder?

Is it possible to combine dry and wet food feeders?

How to protect a bird feeder from crows and other birds?

What thickness of aluminum is needed to prevent nutria from chewing through the feeder?

What kind of paint can I use to protect a metal bird feeder?

Why aren't feeders with a slatted bottom suitable?

How to calculate the volume of a feeder for a daily ration?

Can car tires be used as bird feeders?

How to prevent wet food from freezing in winter?

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