Electric Grain Mills

Electric grain mills are an advanced and efficient solution for grinding various types of grain to obtain flour, more or less coarse, for animal feed. These tools are ideal for both domestic and professional use, especially in the livestock industry, ensuring precise and high-quality processing.

AgriEuro offers one of the widest ranges of grain mills on the online market in its catalogue:

• Electric grain mills: useful for domestic use, they are not suitable for food-grade use but for small animal farms, such as cattle, pigs, rabbits, chicks and the like. This type of grain mill also has the convenience of collecting the ground grain directly in the bin it is composed of, making the work easier and faster.
• Professional electric mills with grain tank: characterised by bag collection, which is convenient for separate storage, thus allowing processing to continue without interruption.

Electric grain mills are used to grind various types of grains such as corn, barley, oats and wheat, transforming them into flour suitable for animal feed. These tools are essential for ensuring healthy and controlled nutrition for animals, adapting perfectly to both domestic and professional needs.

Electric grain mills are used in a variety of activities:

• Preparation of pet food: ideal for small livestock owners who want to produce their own feed, ensuring high quality and control.
• Agricultural production: used by farms to prepare large quantities of feed, optimising costs and improving production efficiency.
• Livestock industry: used by professional breeders for large-scale feed production where uniform and constant grinding is required.

Electric grain mills are suitable for different levels of use:

• Domestic: for those who want to grind small quantities of cereals at home to prepare feed for pets.
• Semi-professional: for small farms or local farmers who need reliable and versatile equipment.
• Professional: for large farms and livestock industries that usually require high performance and continuous reliability in feed production.

Electric grain mills work thanks to a grinding system powered by an electric motor. This process ensures that the grain is transformed into fine or coarse flour, depending on requirements.

• The cereals are fed into the mill through an opening at the top. The grinding system, consisting of rotating discs or rollers, then begins to crush the grains. The fineness of the flour produced is determined by the distance between the discs or rollers.
• Adjustment of particle size: Some models allow the fineness of the grinding to be adjusted, offering the possibility of obtaining flours of different particle sizes suitable for various types of use, such as feed for animals of different ages and species.
• Drum capacity: The drum collects the ground product. The capacity of the drum varies from 18 to 55 litres, determining the quantity of grain that can be ground in a single session. Models with large-capacity drums are ideal for use in the livestock industry, allowing larger quantities of product to be processed without frequent interruptions.
• Discharge system: After grinding, the product is collected in the drum and can be easily discharged for immediate use or storage. Some models have mechanisms that facilitate the emptying of the drum, reducing processing times.
• Food certification: Some mills are certified to ensure that the materials in contact with the cereals are safe for food-grade use and prevent contamination.
• Safety devices: Many models are equipped with safety systems such as emergency switches and overheating protection to ensure safe and reliable use.

Electric grain mills offer numerous advantages over other grinding systems, making them an ideal choice for a variety of users. Their efficiency, versatility and ease of use distinguish them as indispensable tools for the production of high-quality feed.

• Grinding efficiency: Electric mills can grind large quantities of grain in a relatively short time thanks to powerful engines ranging from 550 to 3000 W. This feature makes them ideal for intensive use in both domestic and professional settings.
• Product uniformity: The ability to adjust the particle size allows you to obtain flours of different fineness, ensuring that the final product is uniform and suitable for specific animal feeding requirements.
• Versatility of use: These mills are suitable for grinding various types of cereals such as maize, barley, oats and wheat, offering flexibility in use. This ability to process different materials makes them useful in a variety of agricultural and domestic contexts.
• Energy adaptability: With models that operate on both single-phase and three-phase current, electric mills can be used in a variety of situations, from the home to the farm, always ensuring optimal performance.
• Cost reduction: Electric mills allow feed to be produced directly, reducing the need to purchase pre-ground products. This can lead to significant long-term savings, especially for farms.
• Ease of maintenance: induction motor models require less maintenance than brush motors. This reduces downtime and maintenance costs, increasing the reliability of the mill.
• Food-grade certification: Some models are food-grade certified, ensuring that the materials in contact with the grain are safe and do not contaminate the final product. This is particularly important for ensuring animal health.

There are different types of electric grain mills, each suited to specific grinding and production needs. The main types available include:

• Electric grain mills: Ideal for producing flour for animal feed on small farms or for domestic use.
• Professional electric mills with grain tank: Designed for intensive and continuous use, they are perfect for large farms or livestock use.

Electric grain mills are versatile and compact devices ideal for those who need to grind grain in moderate quantities. These mills are suitable for both domestic use and small farms thanks to their ease of use and maintenance.

• Motor: Electric mills can be equipped with brush motors, which offer good value for money and relatively simple maintenance, or with induction motors, which are known for their longer life and quieter operation.
• Drum capacity: These models usually have drums with a capacity ranging from 18 to 35 litres, sufficient to meet the needs of small producers and farmers.
• Grain size adjustment: Electric mills allow you to adjust the fineness of the grind to suit different types of grain and the specific dietary requirements of the animals.

Professional electric mills with grain tanks are designed to meet large-scale production needs. These tools are ideal for large farms and livestock industries that need to grind large quantities of grain continuously and efficiently.

• Motor: Equipped with powerful induction motors, these mills guarantee high performance, reliability and reduced maintenance. Three-phase motors are common in this category, offering greater power and stability.
• Drum capacity: Large-capacity drums ranging from 35 to 55 litres allow large quantities of grain to be processed without the need for frequent refilling, thus optimising the grinding process.
• Materials and certifications: The housing and components of these mills are often made from food-grade materials, ensuring that the ground products are safe and free from contaminants.

The grain mill models in our catalogue can be differentiated on the basis of various characteristics:

• Cutting systems for grain grinding, which can be divided into blade systems , hammer systems, or can be characterised by the presence of both in professional electric grain mill models.
• The choice of the degree of shredding of the cereals being processed by varying the sieves or screens supplied in order to obtain more or less coarse flour.
• Motorisation of the electric grain mill: electric grain mill models are available with both single-phase and three-phase motors, suitable for professional use for more demanding and intensive work
• The presence of a food-grade housing.

In addition to these, you can use filters to select the following specifications to find the grain mill that best suits your needs.

The type of power supply is a fundamental aspect when choosing an electric grain mill. Mills can operate on single-phase or three-phase power, and the choice depends on the specific needs of the user.

• Single-phase: Single-phase mills are powered by standard 230V domestic electricity. This type is ideal for small farms and domestic use, offering a practical and easily accessible solution. Single-phase mills are generally easier to install and use as they do not require special electrical systems.
• Three-phase: Grain mills for livestock use usually operate on 400V power, which is typical for industrial applications. These mills are designed for professional use, offering greater power and efficiency. Three-phase power ensures more stable and continuous operation, making these mills suitable for large-scale operations and intensive use.

The motor is one of the main components of the electric grain mill, directly affecting its performance and maintenance requirements.

• Brush motor: This type of motor is economical and suitable for domestic and semi-professional applications. The brushes in contact with the rotor generate movement and grind the grain. However, they require periodic maintenance to replace the brushes, which can result in downtime.
• Induction motor (brushless): Also known as a brushless motor, it uses a magnetic field to generate movement, eliminating the need for brushes. This type of motor is quieter and requires less maintenance, making it ideal for intensive and professional use. The longer life and reliability of the induction motor make it a preferable choice for those who need high and consistent performance.

Food certification is crucial to ensuring the safety of feed produced with electric grain mills. Some models are made with food-grade materials, ensuring that there is no contamination during the grinding process. This certification is particularly important for those who produce feed for animal consumption, ensuring that the final products are safe and free of harmful substances.

The rated power of electric grain mills typically ranges from 550 to 3000 W. This parameter indicates the amount of energy absorbed by the mill during operation and directly affects the speed and efficiency of grinding. Mills with higher rated power can grind grain more quickly and efficiently, making them ideal for professional and intensive use. For domestic or semi-professional applications, a mill with lower rated power may be sufficient and more economical.

The drum capacity of an electric grain mill is an indicator of the amount of grain that can be milled at one time. Drums vary in capacity from 18 to 55 litres. Mills with larger capacity drums are suitable for professional use where large quantities of grain need to be milled without frequent refilling. For domestic use or small farms, smaller capacity drums may be sufficient and more practical to handle.

Choosing the electric grain mill that best suits your needs requires careful consideration of various technical and practical factors. Here are some tips on how to choose the best electric grain mill for your needs:

• Nominal power: Evaluate the nominal power of the motor. For domestic use or small farms, a power of 550-1000 W may be sufficient. For professional use, opt for mills with a motor power greater than 2000 W to ensure efficiency and speed in grinding.
• Type of power supply: Choose between single-phase or three-phase models based on the available electrical system. Single-phase mills are ideal for domestic use, while three-phase models are more suitable for industrial and professional applications.
• Drum capacity: Consider the capacity of the drum in relation to the quantity of grain to be milled. For small producers, drums with a capacity of between 18 and 35 litres may be suitable. For farms and large-scale producers, drums with a capacity of between 35 and 55 litres are more suitable.
• Motor type: Choose between brush motors and induction motors. Brush motors are cheaper but require periodic maintenance. Induction motors are more durable and require less maintenance, making them ideal for intensive use.
• Food-grade certification: Check whether the mill is food-grade certified, especially if it is intended for the production of animal feed. This ensures that the materials in contact with the grain are safe and free from contaminants.

These mills solve various problems related to animal feed. For example, an amateur farmer who wants to produce organic feed for their livestock can benefit from an electric grain mill, obtaining fresh, additive-free flour. A professional farmer can use a grain mill for professional livestock use with a tank, such as those made by Ceccato Olindo, to produce specific feed, improving the nutrition and health of the animals.

• Hobbyists and small farmers: For those who want to produce small quantities of flour for pets or for a small farm, a single-phase mill with a power rating between 550 and 1000 W and a drum capacity of 18-25 litres is ideal. Ease of use and minimal maintenance are important factors.
• Medium-sized farms: For farms that need to grind moderate quantities of grain, a mill with a power rating between 1000 and 2000 W, an induction motor and a drum capacity of 25-35 litres offers a good balance between performance and cost. The ability to adjust the particle size is an added bonus.
• Large farms and grain mills for livestock use: For large farms and industrial producers, a three-phase mill with a power rating above 2000 W and a drum capacity of 35-55 litres is recommended. Induction motors and food-grade certification are crucial to ensure efficiency, reliability and safety.
• Organic producers: Those who produce organic feed must pay particular attention to food-grade certification and the quality of the mill's materials. A mill with an induction motor, adequate drum capacity and a nominal power of around 2000 W is an excellent choice to ensure safe, high-quality products.

Buying electric grain mills from the best brands available on AgriEuro guarantees quality, reliability and high performance. Below are the main brands available and a brief description of each:

• Ama electric grain mills: This brand is renowned for producing high-quality agricultural and gardening equipment. Ama electric mills are appreciated for their robustness and durability, ideal for professional and domestic use.
• Novital electric grain mills: Novital offers a wide range of electric grain mills characterised by their functional design and reliable performance. This brand's products are particularly suitable for small farmers and hobbyists, guaranteeing precise and uniform grinding.
• AgriEuro Premium electric grain mills: AgriEuro Premium is synonymous with excellence in the agricultural equipment sector. The electric mills of this brand stand out for their high power and efficiency, suitable for medium and large farms that need high-performance and resistant tools.
• GeoTech electric grain mills: GeoTech is known for the innovation and quality of its products. GeoTech electric grain mills offer excellent value for money with models suitable for a range of needs, from small producers to intensive professional use.

Buying electric grain mills on AgriEuro offers numerous advantages that guarantee a safe and convenient shopping experience. Here are the main reasons why it is worth choosing AgriEuro:

• Fast and free shipping: Thanks to AgriEuro's logistics centres, shipping is fast and efficient, allowing you to receive your products at home without additional costs.
• Spare parts always available: The ability to order spare parts at any time ensures that electric grain mills can be kept in perfect working order for a long time.
• Attentive and personalised after-sales service: AgriEuro offers a high-quality after-sales service with qualified staff ready to answer any questions or needs, ensuring continuous and personalised support.

These reasons make AgriEuro the ideal partner for purchasing electric grain mills, ensuring high-quality products and excellent customer service. Visit the website and discover the offers available, choosing the electric grain mill that best suits your needs.

Mulino and molino are terms used in Italian to refer to the same type of structure: a plant used for grinding cereals or other materials. Historically, the word "mulino" derives from the Latin "molinum", which in turn derives from "mola", meaning "millstone" or "grinding stone". The version "molino" is more common in some regions of Italy, while "mulino" is more widespread nationally.

• Etymology: The term "mulino" comes from the Latin "molinum" and "mola".
• Regional usage: "Molino" is often used in specific regions, while "mulino" is more general.
• Function: Both terms refer to grinding equipment.

Mills have a variety of historical and modern uses, mainly related to grinding and processing materials. Traditionally, mills were used for:

• Grinding grain: The main function was to process wheat, maize, barley and other grains into flour.
• Pumping water: In water mills, hydraulic energy was used to pump water or for irrigation.
• Energy production: Windmills converted wind energy into mechanical energy for various industrial uses.
• Processing materials: Some mills were used for crushing stones, producing paper or processing wood.

Today, modern mills can be electric and used for industrial, agricultural, and domestic purposes, retaining many of their historical functions adapted to contemporary technologies.

A grain mill works through a mechanism that grinds grain into flour or animal feed. The main components of a grain mill include:

• Hopper: The container where the grain to be ground is poured.
• Grinding stones: Two abrasive surfaces that crush and grind the grain. They can be made of stone, steel or other materials.
• Motor: In electric mills, a motor provides the energy needed to turn the millstones.
• Fineness regulators: These allow you to set the desired grain size of the flour.

Operation is simple: the grains are poured into the hopper and pass between the millstones where they are crushed and ground. The fineness of the grind can be adjusted according to specific requirements.

Grinding cereals for animals requires careful consideration of the choice of cereals and the degree of grinding, which can affect digestion and nutrient assimilation. Here is a detailed guide to the most common cereals and their use for different types of animals.

Maize

• Cattle: Maize is a primary energy source for beef and dairy cattle. Coarse grinding is recommended to avoid digestive problems.
• Pigs: When used for fattening, maize should be finely ground to improve assimilation.
• Poultry: For chickens and hens, maize can be ground to a medium particle size.
• Grading: Coarse for cattle, fine for pigs, medium for poultry.

Barley

• Cattle: Barley is useful for its digestibility. Medium grinding is ideal for preventing digestive problems.
• Sheep: Sheep and goats benefit from medium-ground barley, which improves digestion and assimilation.
• Pigs: Finely ground barley can be used to fatten pigs.
• Giling degree: Medium for cattle and sheep, fine for pigs.

Oats

• Hp: Oats are ideal for HPs due to their protein and fat content. Coarse grinding is sufficient.
• Young cattle: Calves can benefit from finely ground oats.
• Poultry: Medium grinding is suitable for chickens and hens.
• Grind: Coarse for Hp, fine for young cattle, medium for poultry.

Wheat

• Poultry: Wheat is a good source of energy for chickens and hens. Medium grind.
• Pigs: Can be used to fatten pigs when finely ground.
• Cattle: Medium grinding is recommended for feeding cattle.
• Grain size: Medium for poultry and cattle, fine for pigs.

Rye

• Cattle: Rye is rich in fibre and can be ground to a medium grain.
• Pigs: Fine grinding is recommended for pigs.
• Sheep: Sheep and goats can benefit from medium-ground rye.

The use of unground cereals in animal feed depends on the type of animal and the cereal itself. Some animals can handle and digest whole cereals, while others may have difficulty obtaining the maximum nutritional value from unground cereals. Here is a detailed analysis for different types of animals:

• Cattle: They can eat unground grains, but digestion efficiency and nutrient assimilation may be reduced. Cattle have a sturdy digestive system, but grinding grains facilitates fermentation in the rumen, improving nutrient utilisation.
• Pigs: They should not be fed whole grains. Pigs have a less efficient digestive system than cattle and benefit more from milled grains, which improve digestibility and nutrient assimilation.
• Poultry: Should not be fed whole grains. Chickens and hens need ground grains to obtain maximum nutritional value. Ground grains are more easily digested and assimilated.
• Hp: They can eat some unground cereals, but grinding improves nutrient assimilation. HPs can chew cereals such as oats, but other cereals should be ground or crushed.