Tractor-mounted Land Rollers - Land Rollers from 150 to 180 cm

Agricultural tractor compactor rollers are indispensable tools for preparing and maintaining soil. These implements are attached to the tractor to compact the soil and ensure better crop yields. Using the weight and structure of tractor rollers results in a more even soil ready for sowing or other agricultural work. The main types of compactor rollers available include:

• Heavy agricultural tractor rollers Designed for medium and large tractors, ideal for intensive preparation of large agricultural areas.
• Trailed rollers for lawn tractors: Lightweight, manoeuvrable implements suitable for small tractors and used for compacting small soils such as vegetable gardens and gardens.

Soil rolling is an agricultural process that is generally performed before or after planting to prepare the seedbed. Using a pressure roller, pressure is applied to the tilled soil to make it more uniform and compact.. This process improves soil quality by reducing irregularities and facilitating crop growth. In agriculture, the benefits of rolling include:

• Less permeability: treated soil becomes less permeable by limiting water evaporation.
• Less porosity: reducing the porosity of the soil helps maintain moisture in the soil.
• Increased carbon dioxide : the pressure exerted by the roller increases the presence of carbon dioxide in the soil, useful for the cycle of plants.
• Less air: Rolling eliminates excess air in the soil, optimizing compactness for root growth.

However, it is important to carry out this operation only on soils with a low moisture content, as a roller that is too heavy, or excessively wet soil may cause excessive compaction, limiting root expansion.

In gardening, rolling is used to improve the compaction of small grassland. The operation is carried out mainly in spring to ensure a good turf recovery. The smooth rollers level the ground and remove stones or disturbing materials, while the toothed rollers, equipped with metal spikes, help clean the ground as they pass.

Agricultural tractor tamper rollers are mainly used to compact the soil, reducing unevenness and creating a uniform surface. This type of tillage is essential both in professional farming and in smaller contexts, such as gardens, as it improves the effectiveness of subsequent operations such as ploughing and sowing.

• Soil compaction: Exert pressure on the soil to level and crush soils, creating a homogeneous seedbed.
• Improved seed-to-soil contact: A compact surface promotes better seed-to-soil contact, accelerating germination and improving yield.
• Reduced moisture loss: compaction reduces soil porosity, limiting water evaporation and maintaining the moisture needed for crops.

The rolling process is based on a number of key technical principles that ensure that the soil is prepared before or after sowing. Here's a detailed overview of how it works:

• Pulling force: the roller is towed by the tractor via an attachment system. As the roller moves forward, the weight of the roller exerts even pressure on the ground, crushing the soils and making the soil more compact.
• Pressure from the roller: The roller can be smooth or toothed. The smooth roller exerts even pressure, while the toothed roller penetrates slightly into the ground, facilitating the creation of grooves and deeper machining.
• Weight adjustment: Some rollers can be filled with water or sand to increase their weight, thus modulating the intensity of compaction.
• Working width: The width of the roller determines how much surface can be covered in a single pass.

Agricultural tractor rollers are made up of several components that together ensure effective tillage. Each part is designed to perform a specific function, contributing to optimal soil compaction and preparation.

• Main roller: The central component of the machine. It can be smooth or toothed, depending on the type of machining required. Smooth rollers are ideal for levelling and compacting soil, creating a smooth surface. Toothed rollers, on the other hand, are equipped with spikes that penetrate the soil, making them suitable for creating furrows and tilling harder, more compact soils.
• Roller frame: Robust metal structure that supports the main roller. The frame ensures the stability of the roller during operation and allows for secure connection to the tractor. It is designed to withstand heavy mechanical stress and the weight of the roller itself.
• Tractor hitch system: The tamper rollers are equipped with a coupling mechanism that allows connection with the tractor. This system must be robust and compatible with various types of tractors, ensuring a perfect grip when working the soil.
• Ballast tank (on ballast models): Some compactor rollers are equipped with an internal tank that can be filled with water or sand to increase its weight.
• Transport supports: Tractor rollers can be equipped with wheels or supports to facilitate transport from one area of the field to another. These supports allow the roller to be lifted off the ground, avoiding contact with the ground during non-operational travel.

The rolling process is based on a number of key technical principles that ensure that the soil is prepared before or after sowing. Here's a detailed overview of how it works:

• Pulling force: the roller is towed by the tractor via an attachment system. As the roller moves forward, the weight of the roller exerts even pressure on the ground, crushing the soils and making the soil more compact.
• Pressure from the roller: The roller can be smooth or toothed. The smooth roller exerts even pressure, while the toothed roller penetrates slightly into the ground, facilitating the creation of grooves and deeper machining.
• Weight adjustment: Some rollers can be filled with water or sand to increase their weight, thus modulating the intensity of compaction.
• Working width: The width of the roller determines how much surface can be covered in a single pass.

Agricultural compactor rollers offer a number of significant advantages over other techniques or tools used in soil preparation. Let's look in detail at the main advantages of these tools in agriculture

• Improved soil uniformity: compactor rollers ensure a uniform, clod-free surface, improving seed distribution and increasing germination efficiency. Levelling reduces unevenness and facilitates ploughing and post-seeding operations.
• Increased water retention: By compacting the soil, tractor rollers reduce the permeability of the soil and increase its moisture-holding capacity. This is crucial in arid soils or in areas with low rainfall as it allows crops to benefit from a greater and more constant water reserve.
• Better seed-soil contact: One of the main benefits of rolling is the improved contact between the seeds and the soil, allowing for more uniform and faster germination, reducing the risk of non-rooted seeds.
• Reducing the presence of air in the soil: the rolling process reduces the presence of air pockets in the soil, a problem that can hinder root expansion and compromise plant stability
• Soil erosion prevention: on soils particularly prone to erosion, rolling helps stabilise the soil, reducing the risk of landslides and preventing the dispersion of seeds and nutrients due to wind or rain.

When you compare agricultural tractor rollers with other soil preparation techniques, you can see some strengths:

• Less root impact :Unlike other tools that can damage the roots or create excessive compaction, rollers, when used correctly, result in compact but not suffocating soil, leaving space for roots to grow.
• More efficient than other levelling methods : while some machines may require more passes or may be less accurate in levelling, the rollers allow you to achieve satisfactory results in less time, while also reducing fuel consumption and emissions from tractor use.

Agricultural tractor rollers are distinguished by a number of technical characteristics that determine their effectiveness and suitability for different soil conditions. These characteristics must be carefully assessed according to the type of processing required and the size of the area to be treated. Here is a detailed overview of the main technical specifications:

The roller surface determines the type of compaction that can be achieved. Smooth and toothed rollers offer different machining options:

• Smooth roller: Ideal for levelling and compacting soil, it is especially suited for preparing soil for seeding. Its uniform surface exerts constant pressure, improving the soil structure without creating ruts.
• Toothed roller: Compared to the smooth roller, it is designed for more aggressive machining. The metal teeth penetrate the soil, creating ruts and breaking the hard soils. This type of roller is suitable for more compact and difficult soils.

The working width of a compactor roller determines how much surface can be covered in a single pass. Smaller models, with widths around 92 cm, are ideal for working in small soil or hobby applications. Conversely, models with wider widths, up to 180 cm, are designed to cover large agricultural areas, increasing productivity and reducing the number of passes required to achieve compact and even ground.

The weight of the roller is one of the most important aspects to consider, as it directly affects the compaction capacity. The lighter tractor rollers, around 37 kg, are ideal for well-prepared soils or delicate work. On the other hand, the heavier rollers, up to 246 kg, are perfect for intensive work in hard or compact soils where more pressure is needed to achieve effective compaction.

Choosing the right agricultural compactor roller depends on several factors, including soil type, intended use and machine specifications. Before making the purchase, it is important to carefully evaluate some key aspects to ensure that the selected roller meets the specific needs.

• Soil type: Soft, sandy soils require a smooth roller to level the surface without disturbing the ground too much. Hard or compact soils, on the other hand, benefit more from toothed rollers, which allow more aggressive working and the creation of furrows to improve aeration.
• Working width: It is important to choose a roller with a width appropriate to the extent of the soil to be worked. For large agricultural areas, opting for rollers with a width of at least 150-180 cm allows you to cover more soil in less time. For smaller surfaces or hobby use, a smaller width of between 90 and 120 cm is sufficient and allows for greater manoeuvrability.
• Roller weight: The weight of the roller determines the intensity of the compaction. Lighter tractor rollers are suitable for well-prepared soils or more delicate work, while heavier rollers are recommended for deep work on compacted or difficult soils. Also consider using ballasted models, which allow the weight to be increased as required.

Here are some of the main types and their characteristics to consider when choosing a roller:

• Professional farmers: For those who work on large areas and need to optimize soil preparation for intensive crops, heavy agricultural towed rollers are the ideal choice. A roller with a large working width and high weight allows you to cover large areas in less time, ensuring deep and effective compaction.
• Small farmers or hobbyists: Those who work on smaller plots of land, such as vegetable gardens or orchards, can opt for trailed tractor rollers. These lighter, more manoeuvrable rollers provide good compaction capacity without the need for large tractors. Models with low working width and medium weight are perfect for home use.
• Farms in hilly or difficult areas: for sloping terrain or particularly compact soils, toothed rollers offer the best solution. The metal tines penetrate the soil, making it easier to break up clods and improve soil aeration even in difficult conditions.
• Breeders or farmers in erosion-prone areas: For those working in areas where soil erosion is a problem, compactor rollers help stabilise the soil, reducing the risk of landslides and improving crop stability.

Buying top brands of agricultural rollers ensures superior quality, durability and performance in your agricultural operations. There are several brands of compactor rollers available on AgriEuro, each with specific features that make them suitable for different needs. Here is a list of the most important brands and their main characteristics:

• Blackstone: Blackstone is a brand known for producing robust rammers suitable for agricultural use on large areas. The products are appreciated for their compaction capacity and for their durability in heavy use.
• Geotech: Geotech offers a wide range of tractor rollers designed for efficiency and durability. Their models are ideal for those looking for reliable tools at a competitive price, with options for both smooth and toothed rollers.

Buying agricultural tractor rollers on AgriEuro offers several advantages for operators in the agricultural and gardening sector. Thanks to its many years of experience in the e-commerce of agricultural equipment, AgriEuro is able to guarantee a reliable and high-quality service. The main reasons to choose AgriEuro are:

• Fast and free shipping: all purchases made on AgriEuro have fast and free shipping handled directly by the company's logistics centres. This guarantees efficient and punctual delivery throughout Italy.
• Spare parts availability: AgriEuro offers the possibility to easily order spare parts for agricultural rammers. This option is essential to ensure regular maintenance and extend the life of purchased equipment.
• Attentive and personalized after-sales support: AgriEuro provides a highly professional after-sales service. Experts in the field provide support for any technical problem, ensuring quick answers and customised solutions for every need.

Thanks to these advantages, AgriEuro stands out as one of the best suppliers of agricultural equipment, guaranteeing a reliable and complete purchasing experience. Explore now the range of agricultural compactor rollers available on AgriEuro and choose the product that best suits your needs.

The roller in agriculture serves mainly to compact and level the soil, improving its preparation for cultivation. Compaction creates a uniform seed bed, which is essential for optimal seed distribution.

• Soil compaction: Reduce soil irregularities and crush soils.
• Improvement of water retention: Reduction of soil porosity, which better retains moisture.
• Increased seed-to-soil contact: Promotes faster and more uniform germination.
• Erosion prevention: Compact soil is better resistant to weather such as wind and rain.
• Reduce air pockets: Eliminate gaps in the soil, optimizing root development.

In order to roll the soil correctly, attention must be paid to several factors such as soil type and moisture level. Here are the main steps for correct rolling:

• Soil preparation: ensure that the soil has been ploughed or milled so that it is crumbly but not too broken up.
• Roller selection: Use a roller suitable for the soil type. Smooth rollers for levelling surfaces and toothed rollers for harder soils.
• Tractor speed: Maintain a constant speed appropriate to the type of ground. On softer soils, proceed more slowly to avoid creating furrows.
• Increased weight: (in ballast rollers): if necessary, fill the roller tank with water or sand to increase the pressure on the ground.

The ideal moment to roll the soil depends on the climate and the type of crop. The best rolling times are:

• After planting: To improve contact between seeds and soil and accelerate germination.
• When the ground is dry but not too dry: Slightly damp ground is ideal for compaction. Avoid rolling on too wet ground as this will cause excessive compression.
• Spring or autumn: spring rolling helps prepare the soil for sowing, while autumn rolling levels the ground after harvesting.

Wheat rolling is generally carried out after sowing to improve seed-to-soil contact and ensure uniform germination. Here are the main steps:

• Light compaction: helps seeds to take root better by improving germination rates.
• Protection against erosion: rolling reduces the possibility of rain or wind carrying away newly sown seeds.
• Even moisture distribution: rolling keeps the soil moisture level more stable and promotes regular growth.

The toothed roller is designed for more aggressive working in hard or compact soils, thanks to metal tines that penetrate the soil as they pass through. The main uses of the toothed roller are:

• Soil crushing: the teeth of the roller penetrate the soil and break up larger clods, improving soil friability.
• Furrow creation: Promotes the creation of micro-furrows in the soil by increasing the drainage and aeration capacity of the soil.
• Working in compact soils: The toothed roller is particularly useful in clay or hard soils, where a smooth roller would not work effectively.

The packer roller is a tool used to compact soil after ploughing or planting. Unlike other rollers, the packer is designed to create a moderate compaction effect while maintaining the soil structure conducive to root growth. Its multiple functions include:

• Soil compaction: Creates a firm but not too hard soil, promoting crop growth.
• Increased water retention: The packer reduces soil porosity by keeping moisture at optimal levels for germination.
• Improved soil structure: Prevents surface crusts by improving soil permeability and promoting aeration.