Ploughs – Ridgers – Hilling Attachments for Tractors

We invite you to discover the complete AgriEuro catalogue. In this category, you will find all high-quality tractor-mounted agricultural machinery, such as: tractor-mounted ploughs, tractor-mounted furrowers and tractor-mounted hillers.

The plough has undergone a long evolution, from the first animal-drawn models to modern tractor-mounted ploughs, becoming a milestone in the evolution of agriculture. This tool, which is essential for soil preparation, has seen significant technological development, evolving from simple tools to complex agricultural machines for tractors that increase efficiency and reduce manual labour.

Today's tractor-mounted ploughs are designed to adapt to different soil conditions and various types of crops. They utilise the power of the tractor to:

• turn over,
• crush,
• aerate,

the soil, preparing it for sowing quickly and effectively. These ploughs are distinguished by their ability to remove weeds and residues from previous crops, significantly improving the quality of the seedbed.

By using tractor ploughs, farmers can expect:

• Faster and more uniform soil preparation.
• Better soil oxygenation, essential for crop growth.
• A reduction in weeds and pests, thanks to the turning of the soil.

There are different types of ploughs, each suited to specific needs and soil types. Here is a detailed list of the main types available on AgriEuro.com.

1. Single furrow tractor-mounted plough. This type of plough is ideal for small plots of land or for specific tasks where great precision is required. It features a single ploughshare that cuts through the soil, making it perfect for less compact soils.
2. Reversible plough. Designed for medium and large plots of land, the reversible plough allows you to work the soil without having to turn the equipment. This improves efficiency by reducing working time.
3. Mouldboard plough. Suitable for all types of soil, the mouldboard plough is versatile and allows for deep soil cultivation. It is ideal for preparing the soil before sowing, especially in areas with heavy soils.
4. Reversible plough. The reversible plough is the preferred choice for medium and large farms. Its ability to reverse the direction of work without having to turn the tractor makes it extremely efficient, especially in large fields.

Choosing the best tractor plough depends on several crucial factors that determine the effectiveness and efficiency of agricultural soil preparation. Carefully considering these aspects will ensure you select the equipment best suited to your needs.

1. Soil type: Different ploughs are designed to handle different types of soil. Clayey, sandy or rocky soils require ploughs with specific characteristics. A mouldboard plough may be ideal for heavy, compact soils, while a single furrow plough may be more suitable for light soils.
2. Area size: The size of the land to be worked affects the choice of plough. For large areas, a reversible plough or a mouldboard plough ensures greater productivity by reducing working time. For smaller plots, a simpler model may be sufficient.
3. Compatibility with the tractor: It is essential to check that the plough is compatible with your tractor. Consider the power of the tractor and the plough attachment. Adequate compatibility ensures not only work efficiency but also operator safety.

By following a few practical tips, you can ensure a long service life for your tractor-mounted ploughs, avoiding premature replacement and costly repairs.

1. Cleaning after use. It is essential to clean the plough of any soil and plant residues. This prevents corrosion and wear of the metal parts. Water can be a great ally, but make sure the plough is dry before storing it
2. Regularly check for worn parts. Ploughshares, points, and blades are parts that tend to wear out more quickly. Check these components regularly and replace them when they show obvious signs of wear. This not only ensures optimal soil cultivation but also safety during use.
3. Lubrication of moving parts. Be sure to provide lubrication to all moving parts of the plough, such as pins and joints. This reduces friction and prevents premature wear, as well as making it easier to adjust the equipment.
4. Proper storage. When not in use, store the plough in a covered, dry environment to protect it from the elements and rust. Proper storage extends the life of the equipment and maintains its efficiency.
5. Check and replace bolts. Periodically check that all bolts and screws are tightened properly. Loose bolts can cause damage to the plough and pose a safety hazard.

Tractor-mounted seed drills are essential for preparing the soil for sowing, especially for potatoes, other tubers and a wide variety of vegetables. They consist of an extremely sturdy modular frame, a variable number of ploughshares, i.e. the parts that dig the soil, and a three-point hitch to connect the seed drill to the tractor.

These implements, when connected to the tractor, are designed to dig precise furrows in the soil, thus facilitating uniform seed distribution.

The operation of the seed drills is based on a system of discs or ploughshares that penetrate the soil, creating furrows of the desired depth and width. Their effectiveness lies in their ability to adapt to different types of soil, from the softest to the most compact, thanks to the possibility of adjusting both the depth and angle of the discs.

Among the main benefits in agriculture, tractor coulters allow you to:

• Optimise soil preparation for sowing, ensuring uniform seed distribution.
• Reduce the time needed for soil preparation, thanks to the efficiency of the harrowing mechanisms.
• Increase crop productivity by improving the quality of sowing and therefore the final yield.
• Adapt to different agricultural needs, thanks to the versatility and adjustability of the tools, which can be used for a wide range of crops.

Tractor hillers are essential agricultural equipment designed to aid plant growth.

The ridger is tractor-mounted with a system of brackets and bolts, for easy removal of the machine. It has two discs at the base, which do the work on the ground, and a classic three-point hitch for connection to the tractor.

These tools work the soil with their discs or blades, pushing the earth around the bases of the plants, a process known as ridging. This practice is crucial for various types of crops, particularly those that benefit from greater soil support around the drum or that need extra coverage for proper development.

The main advantages of ridgers include:

• Improved soil aeration: ridging facilitates the passage of air into the soil, which is essential for root health.
• Optimisation of irrigation: by concentrating the soil around the drum, water is directed more effectively to the roots of the plant.
• Weed control: the movement of the soil helps to smother weeds near the plants, reducing their growth.
• Support for young plants: provides extra support for growing plants, protecting them from wind and bad weather.

1. The first stage in preparing the soil for sowing is cultivation, which involves clearing the land.
2. This is followed by preparatory work, such as scarifying and shredding the soil to remove weeds and turning the soil to promote the passage of nutrients.
3. Finally, there are the tasks that are carried out when the plants are already in the field, such as weeding and earthing up.

There are different types of ploughing, each suited to specific soil and crop requirements. The main types are:

1. Deep ploughing: aimed at turning over deep layers of soil, useful for the initial preparation of fields.
2. Shallow ploughing: aims to work the most superficial layers of soil, ideal for pre-sowing preparation.
3. Breaking ploughing: used to break up compacted layers of soil, promoting aeration and drainage.
4. Conservative ploughing: focuses on techniques that minimise the destruction of soil structure, preserving moisture and preventing erosion.

The part of the plough that cuts vertically into the soil is called a coulter or ploughshare. This component is crucial in ploughing as it allows the soil to be cut before it is turned over by the ploughshare. The coulter can be disc-shaped or blade-shaped, depending on the type of soil and specific working requirements.

The tip of the plough, a key element for penetrating the soil, is called the ploughshare. This component is essential for proper ploughing, allowing the plough to cut and turn the soil efficiently.

The ploughshare is designed to cope with different types of soil, ensuring optimal working on both soft and more compact soils. Selecting the right ploughshare is crucial to maximise ploughing productivity and minimise tractor effort

The depth of ploughing varies depending on several factors, such as the type of crop, the soil structure and the specific needs of the farming practice. Generally, ploughing is carried out at a depth of 30 to 45 cm. This depth optimises soil preparation, improving aeration and facilitating the incorporation of plant residues and fertilisers into the soil.

After ploughing, harrows are often used to further refine soil preparation. These tools pass over the ploughed soil, breaking up large clods, creating a finer and more uniform surface, and helping to distribute plant residues evenly. The harrow is essential for obtaining an ideal seedbed, particularly in precision cultivation such as olive groves.

After using the plough, harrows are often used to further refine the soil preparation. These tools pass over the ploughed soil, breaking up large clods, creating a finer, more uniform surface and helping to distribute plant residues evenly. The harrow is essential for obtaining an ideal seedbed, particularly in precision farming such as olive groves.