Compressors for olive harvesting and pruning with 1000 l compressor tank

Olive harvesting or pruning compressors are used to powering harvesters, pneumatic scissors and other compressed air tools. They allow you to work more efficiently and quickly by significantly reducing the time and effort required to harvest.

There are different types of compressor for harvesters, each with specific characteristics:

• Combustion engine compressors: Equipped with an internal combustion engine, they are powerful and reliable. These models reduce the charging time of conventional batteries due to their ability to provide constant and long-lasting energy.
• Tractor-driven compressors: Driven by a tractor, these compressors are ideal for those who already own an agricultural tractor and want to use this resource to power their air tools.
• Motor compressors with electric motor: Powered by a common power outlet, these compressors offer instant start-up and start-up, providing a quick and convenient solution for environments where electricity is easily accessible.
• Accessories for motor compressors: A wide range of accessories including pipes, filters and fittings, indispensable for the correct operation and maintenance of your compressors.

Compressors and motor compressors are mainly used to power pneumatic equipment such as harvesters, tools used to facilitate the harvesting of olives from trees, or other pruning tools such as pneumatic pruning shears. These compressors provide the energy needed to run the harvesters, allowing them to effectively shake the branches and drop the olives without damaging the tree. The use of olive harvesting compressors is particularly advantageous in large-scale operations, where speed and efficiency are essential for completing the harvest in a short time.

The main tasks facilitated by olive harvesting or pruning compressors include:

• Feeding harvesters and pneumatic pruning shears: The compressors provide compressed air to the blasters, allowing them to operate continuously and powerfully throughout the working day.
• Support in remote areas: Petrol driven olive compressors are particularly useful in areas away from the mains where access to energy is limited or absent.
• Collection Optimization: The compressors allow more olives to be harvested in less time, reducing the need for labour and increasing harvesting efficiency.

These compressors can be used in both professional and semi-professional environments.The power-burst and tractor models are particularly suitable for intensive and continuous use typical of large farms. Electric models, on the other hand, are more suitable for domestic or hobby use where olive harvesting is done on a small scale.

Each compressor consists of several key components, each of which plays a crucial role in the overall operation and performance of the machine.

• Motor: The heart of every compressor is the engine, which can be either burst, electric or connected to a tractor. Combustion engines, often branded Honda or Loncin, are known for their power and reliability, ideal for prolonged use and in contexts where recharging times need to be reduced. Electric motors, on the other hand, offer immediate start-up and are ideal for those who have a stable power source. Tractor compressors use the power of your agricultural tractor, making them particularly useful in professional settings.
• Motion System: Compressors can be push or self-propelled. Self-propelled models move independently with a pair of drive wheels, making it easier to transport and use in uneven terrain. Push compressors, on the other hand, require the strength of the operator to move, making them lighter and more manoeuvrable in tight spaces or on flat surfaces.
• Pump: The compressor can be equipped with a single or two stage pump. The single-stage pump compresses the air only once, providing a simpler and lighter solution, suitable for equipment that does not require excessively high pressure. The two-stage pump compresses the air twice, allowing higher pressures to be achieved and ensuring a constant and abundant air flow, ideal for intensive and continuous use.
• Air tank: The tank capacity ranges from 2 to 74 litres, with some models boasting maxi tanks up to 272 litres. A larger reservoir provides a greater air reserve, reducing pump restart times and ensuring a constant air flow during use.
• Air tank: The tank capacity ranges from 2 to 74 litres, with some models boasting maxi tanks up to 272 litres. A larger reservoir provides a greater air reserve, reducing pump restart times and ensuring a constant air flow during use.

The operation of the compressors for pneumatic harvesters or scissors is based on a process of compressing air, which is then used to power pneumatic tools. The basic principle is relatively simple: The compressor draws in air from the outside environment, compresses it into a tank, and then releases it under pressure to supply connected implements.

• Engine and power transmission: The engine, which can be internal combustion, electric or tractor-powered, is the component responsible for generating the power required to run the compressor.
• Compression system: Once the motor has generated the necessary power, this is used to drive the compressor pump. In single-stage pump models, air is compressed once before being stored in the tank. On models with a two-stage pump, the air is compressed twice, increasing the pressure inside the tank and ensuring a greater supply of compressed air.
• Air tank and air management: The tank is the component in which compressed air is stored. Depending on the capacity of the vessel, the compressor may provide a continuous air flow for longer or shorter periods without having to restart the pump.
• Automatic power adjustment: Some advanced models are equipped with an automatic throttle that senses the need for more power and automatically increases engine revs. This system optimizes the use of fuel or electricity and reduces stress on the engine, thereby extending its service life.
• Compressed air distribution: Compressed air is distributed from the reservoir to the air tools via pipes and fittings. In advanced systems, compressors can handle multiple air outlets, allowing several harvesters to be connected and used simultaneously.

Olive harvesting and pruning compressors offer many advantages over other harvesting or pruning methods, making them indispensable tools. These advantages are particularly evident when comparing compressors with other harvesting technologies, such as handheld equipment or electric harvesters.

• Increased power and autonomy: Petrol-driven motor compressors in particular provide more power than electrically-powered harvesters. Their ability to operate without interruption for long hours makes these compressors ideal for large-scale collections, where continuity of work is essential.
• Operational efficiency: Tractor compressors harness the power of the agricultural tractor, eliminating the need for a separate power source. This allows pneumatic equipment to be used in remote areas where access to electricity is restricted or absent.
• Versatile use: With the ability to feed several harvesters at the same time, the compressors allow a significant increase in productivity. This feature is particularly useful for large farms, where large numbers of olives need to be harvested in a short time.
• Fatigue reduction: Using compressors to harvest olives significantly reduces physical fatigue compared to manual methods. Compressor-powered pneumatic harvesters require less effort from the operator, allowing them to work longer without fatigue.
• Durability: Olive harvesting compressors are designed to withstand harsh operating conditions, such as exposure to dust and heat. The robustness and reliability of these instruments ensure a long service life, reducing maintenance and replacement costs.

Olive harvesting compressors are divided into different types, each designed to meet specific operating needs. Among the main features there are:

• Petrol-driven olive compressors: Ideal for those who need power and autonomy in areas without access to electricity.
• Tractor-driven compressors: Perfect for those who already own an agricultural tractor and want to harness its power.
• Olive compressors with electric motor: Practical for those working in areas where access to electricity is available and continuous.
• Accessories for Engine-driven Air Compressors: Essential components and accessories for the correct operation and maintenance of compressors.

Petrol driven olive compressors are one of the most powerful and self-contained solutions for olive harvesting.

Equipped with petrol or diesel engines, these compressors are designed to operate in remote areas where no electrical power source is available. The internal combustion engine, often from well-known brands such as Honda or Loncin, ensures constant and long-lasting power, allowing you to power one or more stabbers for several hours without interruption.

The main advantage of portable combustion compressors is their independence from the power grid, making them ideal for operations on large terrain or in hilly areas. With the ability to power up to ten catchers at the same time, these compressors maximize working time, reducing the need to stop for charging or replacing batteries. In addition, their robustness makes them resistant to the wear and tear of agricultural work.

Starting these compressors is made easy by an electrical system that eliminates the need to use the classic rope, thus speeding up operation and reducing operator effort. This makes them particularly suitable for professional and intensive use, where continuity and reliability are essential to ensure effective collection.

Tractor compressors are an ideal choice if you own an agricultural tractor and want to use it as a power source for harvesting olives. These compressors do not have a stand-alone motor but connect directly to the tractor crankshaft via a Power take-off (PTO) drive system. This system harnesses the power of the tractor, making it possible to operate harvesters and other pneumatic tools without the need for additional fuel or electricity.

One of the main advantages of tractor compressors is their energy efficiency. Because they use the tractor's existing power, they do not require any additional operating costs other than the tractor's fuel. This makes them an economical and practical solution for farms that already use tractors for other tasks. In addition, tractor compressors are generally lighter and more compact than stand-alone motor compressors, making them easier to transport and install.

These compressors are particularly suitable for large cultivated areas where the tractor can be used to move through the olive groves, feeding the harvesters without interruption. Their ability to operate multiple instruments simultaneously makes them ideal for large-scale operations, ensuring fast and efficient harvesting.

Electric motor driven portable compressors are a practical and quiet solution for olive harvesting, particularly suitable in situations where a stable electrical power source is available. These compressors are powered by a common power outlet and offer instant start-up and continuous operation without the need for fuel or maintenance of the combustion engine.

The use of an electric motor significantly reduces noise during operations, making these compressors ideal for noise-sensitive environments, such as residential areas or close to dwellings. Moreover, the absence of polluting emissions makes them an environmentally friendly choice.

These compressors are equipped with air receivers of different capacities ranging from compact models for hobby use to larger versions for semi-professional operations. Their ability to operate several harvesters at the same time makes them versatile, although generally less powerful than combustion or tractor models. However, they are easy to use and require less maintenance, making them a convenient choice for those operating in areas with stable access to electricity.

Motor compressor accessories are essential components to ensure the correct operation and maintenance of compressors used in olive harvesting. The main accessories include:

• Connecting pipes: Essential for connecting the compressor to the catchers, the pipes must be strong and flexible, able to withstand high pressures without air leakage.
• Quick joints They allow a safe and fast connection between the compressor and the air tools, facilitating assembly and disassembly.
• Pipe reel: For winding up connecting hoses quickly and neatly.
• Pneumatic extension rods: Essential for reaching branches at high heights without climbing uncomfortable and dangerous stairs.

Compressors and portable compressors have different technical characteristics that determine their efficiency, power and versatility. These features are key to choosing the model that best fits your operational needs. Among the main features there are:

• Engine type: Petrol, electric or tractor, each with specific advantages in terms of power and autonomy.
• Start-up system: Electric or manual to facilitate compressor start-up.
• Movement mode: Push or self-propelled to adapt to different ground conditions.
• Pump type: Single or two-stage, affecting the pressure and capacity of the compressor.
• Air tank capacity: Variable to handle different amounts of compressed air.
• Air intake: It measures the amount of air that the compressor can move, expressed in litres per minute.
• Automatic throttle: To optimize the power to suit your needs.
• Number of harvesters that can be operated: The ability to power multiple instruments simultaneously.

The type of motor is one of the most important characteristics of the harvester compressors, as it determines the power, range and applicability of the compressor in different operating contexts.

Combustion engines, for example, offer high power and a great range, making them ideal for use in remote areas where electricity is not available. These engines, often from well-known brands such as Honda or Loncin, guarantee reliability and consistent performance even under difficult operating conditions.

Electric motors, on the other hand, provide immediate starting and quiet operation, ideal for those operating in residential settings or where access to the electricity grid is guaranteed. Finally, tractor compressors harness the power of the tractor's drive shaft, making them extremely efficient in terms of fuel consumption and convenience, especially for those who already use the tractor for other agricultural operations.

The starting system is another key feature that affects the ease of use of the compressor. Models with electric start are particularly appreciated for their convenience. These compressors are started simply by pressing a button or turning a key, eliminating the need to pull a cord as is the case with manually started models. This not only facilitates starting but also reduces the risk of rope wear problems or cold starting difficulties common in manual models.

Pneumatic scissor and olive harvester compressors can be push or self-propelled, and the choice between these two modes depends mainly on the type of terrain and operational requirements.

Pusher compressors are generally lighter and more manageable, ideal for use on level ground or in confined spaces. However, they require manual operator intervention to be moved.

The self-propelled models, on the other hand, are equipped with drive wheels that allow the machine to move autonomously, reducing the physical effort of the operator and making it easier to work on uneven or sloping terrain. This feature is particularly useful in olive groves located on hills or in hard-to-reach areas.

The type of pump installed in the compressor directly affects the maximum achievable pressure and the efficiency of the compressor.

Single stage pumps compress air only once, providing a simpler, lighter solution sufficient for most common applications. These compressors are ideal for those who use air tools that do not require very high pressure.

Two-stage pumps, on the other hand, compress the air in two stages, allowing higher pressures to be achieved and providing a greater air supply. This makes them particularly suitable for intensive and long-term use, where constant pressure must be maintained to power multiple implements at the same time.

The capacity of the air receiver is a determining factor for the operational autonomy of the compressor. The smaller tanks, with a capacity ranging from 2 to 74 litres, are sufficient for small-scale operations where the need for compressed air is limited. However, for larger and more continuous applications, it is advisable to choose compressors with larger tanks, such as those with large tanks that can hold up to 272 litres. A larger reservoir reduces the number of compression cycles, ensuring a constant air flow and decreasing downtime.

The intake air, measured in litres per minute (l/min), indicates the amount of air that the compressor is able to move and compress. This characteristic is crucial in determining the efficiency of the compressor and its ability to power pneumatic tools. The most common models for olive harvesting offer an air flow of between 350 l/min and 750 l/min. A higher value of sucked air means that the compressor can feed several harvesters at the same time or maintain a constant pressure even during prolonged use.

Theautomatic throttle is an advanced function on some olive harvesting compressors. This system automatically adjusts engine revolutions according to the power demand, increasing compressor efficiency and reducing fuel or energy consumption. Thanks to this feature, the compressor responds dynamically to changes in load, optimizing performance and extending engine life.

One of the most important features for those using compressors for olive harvesting is the number of harvesters that the compressor can operate simultaneously This capacity varies depending on the model, with some compressors capable of powering up to 10 harvesters simultaneously. This feature is particularly useful for large-scale operations, where productivity must be maximized, reducing downtime and optimizing resource utilization.

When choosing an olive harvesting compressor, it is important to consider several factors that will affect the effectiveness and efficiency of the work. Choosing the right compressor depends on your specific operating needs, the size of the olive grove and the availability of resources such as electricity or tractor. Here are some tips to guide you through your selection:

• Engine type: For those working in remote areas without access to electricity, petrol-driven olive oil compressors are the best choice to guarantee autonomy and power. If, on the other hand, you have a tractor, tractor compressors offer an efficient and practical solution by utilising the power already available. In environments where electricity can be used, electric mobile air compressors are ideal for quiet operation and easy maintenance.
• Tank capacity: If the goal is to work over large areas without interruption, a compressor with a large tank capacity, such as models with a maxi tank up to 272 litres, may be the optimal solution. These compressors reduce restart times and guarantee a constant air flow to feed several harvesters at the same time.
• Number of harvesters that can be operated: For large-scale operations, it is essential to choose a compressor that can feed many harvesters, thus reducing harvesting time and optimising operational efficiency. Some models can operate up to 10 harvesters simultaneously, making them ideal for larger farms.
• Starting system and motion mode: If convenience is desired, a compressor with electric start and self-propelled mode can make a difference by reducing operator effort and making it easier to operate over difficult terrain.

Depending on the different operational needs, you can identify some types of customers for which the blender compressors are particularly suitable:

• Professional farmers with large olive groves: For large olive groves, we recommend a mobile combustion compressor or tractor compressor with a large tank capacity. These compressors provide the power to feed several harvesters at the same time, ensuring continuous operation and reducing harvesting times.
• Small producers or hobbyists: For those who cultivate olive trees on a small scale or for personal use, an electric olive compressor with a medium capacity tank may be sufficient. This type of compressor is easy to use and low maintenance, ideal for those working in environments where access to electricity is stable.
• Farms with tractor availability: Farms that already use a tractor for other activities can benefit from tractor compressors. These compressors are efficient and use the power of your tractor, reducing operating costs and allowing you to work on large surfaces with just one tool.
• Operators in remote areas: Those working in areas without access to electricity should opt for an internal combustion engine compressor. These models provide the autonomy to operate for long hours without interruption, ideal for isolated or hilly terrain.

On AgriEuro you can find a selection of the best brands of olive harvesting compressors, each of which guarantees quality, reliability and high performance. Here are the main brands available:

• Airmec olive harvesting compressors and motor compressors: Airmec stands for innovation and robustness, offering compressors designed to withstand intensive and continuous use, ideal for agricultural professionals.
• Campagnola motor compressors and tractor compressors:: Campagnola is one of the leading brands in the olive harvesting sector, known for producing high-performance compressors that combine power with ease of use.
• AgriEuro TOP-LINE petrol-driven motor compressors and accessories: AgriEuro TOP-LINE offers a range of compressors designed to meet the needs of both small producers and large farms, guaranteeing excellent value for money.

Buying olive harvesting compressors on AgriEuro offers numerous advantages that make the purchasing experience simple, convenient and safe. AgriEuro is the point of reference for the purchase of agricultural and gardening equipment, thanks to a series of services and benefits designed to meet the needs of all customers.

• Fast, free shipping: All olive harvesting compressors ordered on AgriEuro are shipped quickly and at no extra cost, thanks to an efficient network of logistic centres spread throughout the territory. This allows the equipment to be received in a short time, ready for use.
• Spare parts always available: On AgriEuro you can easily order spare parts for your compressor, thus ensuring continuous maintenance and a long service life of your equipment. The immediate availability of original spare parts ensures that the compressor remains operational and in perfect condition over time.
• Attentive and personalized after-sales support: AgriEuro offers a professional and dedicated after-sales service to meet all customer needs. The assistance is designed to support the user in every phase, from installation to maintenance, with solutions tailored to each problem.

Buying on AgriEuro means relying on an industry-leading e-commerce that combines a wide range of quality products with excellent services. Choose the olive harvesting compressor that best suits your needs on AgriEuro and enjoy an unparalleled shopping experience.

To harvest olives effortlessly, it is essential to use appropriate tools that reduce physical effort and increase efficiency. Harvesters and pneumatic shakers are among the most effective methods for this purpose.

• Pneumatic harvesters: These devices are equipped with prongs that vibrate quickly, shaking the branches of the olive trees and dropping the olives. They operate using compressed air supplied by a compressor, making them extremely powerful and suitable for long working sessions. They are designed to be lightweight and easy to handle, reducing the physical effort required.
• Pneumatic shakers: Similar to harvesters, pneumatic shakers focus on transmitting more intense vibrations to the main branches of the tree. This method is particularly useful for larger trees and for harvesting olives quickly and with minimal effort.

The compressor is an essential element in olive harvesting, as it powers pneumatic tools such as harvesters and shakers, making the process more efficient and less tiring The compressor generates the compressed air needed to operate the pneumatic tools used in olive harvesting. This energy allows the tools to perform fast, powerful movements that are essential for shaking branches and dropping olives without damaging the tree.

• Connection: Pneumatic harvesters and shakers are connected to the compressor via a high-pressure hose.
• Pressure adjustment: The compressor allows the air pressure to be adjusted, adapting the power of the tools to the specific requirements of the harvest.
• Portability: There are portable compressors that can be easily transported between the rows of olive trees, providing flexibility and convenience during work.

Pruning trees and cutting branches requires tools that are efficient and easy to use, especially for operations involving large trees or thick branches. Pneumatic scissors, chain saws and pneumatic hedge trimmers are among the most effective solutions for performing these tasks quickly.

• Pneumatic shears These tools use compressed air to drive the blades, ensuring clean, precise cuts without the need for great physical force. They are ideal for smaller pruning and precision work.
• Pneumatic chain saws: Powerful and fast, these saws are perfect for cutting thicker branches and pruning large trees. Their ability to operate without the need for a source of electricity makes them particularly useful in remote areas.
• Pneumatic hedge trimmers: Designed to quickly cut medium-sized hedges and branches, these tools are powered by compressed air and keep your garden or olive grove tidy with minimal effort.

Compressed air produced by compressors is a crucial element in agriculture, especially in harvesting and pruning. It is used to power a wide range of pneumatic tools that make these operations more efficient and less tiring.

• Harvesting of olives: Compressor-powered pneumatic harvesters and shakers use compressed air to generate vibrations and rapid movements that shake the olive branches, making it easier for the olives to fall. This method is much faster and more efficient than manual collection.
• Pruning with pneumatic tools: Pneumatic scissors, chain saws and pneumatic hedge trimmers use compressed air to drive their blades with force and precision. This allows you to cut sharply and prune even the strongest branches without requiring a great deal of physical effort.

The main difference between portable compressors and tractor compressors lies in their power source and the specific use they are made of in agriculture.

• Motor compressors: These compressors are equipped with a self-contained engine, usually petrol or diesel driven, which provides the energy required for their operation. They are designed to be portable and independent, allowing you to work in remote areas where electricity is not available. They are highly appreciated for their operational autonomy, as they can be used anywhere without the need for external connections to energy sources.
• Tractor-driven compressors: These compressors are supplied directly from the PTO of a tractor. They are particularly suitable for large-scale work where a powerful and continuous compressor is required, such as in large olive groves or vineyards. Their motive power comes from the tractor, which means that they do not require a self-contained engine and can be much more powerful than motor compressors.

Petrol driven olive compressors are particularly popular in agriculture and other outdoor activities due to their autonomy and versatility. These compressors are powered by an internal combustion engine, usually petrol or diesel, which allows them to operate without the need for an electrical connection.

• Harvesting of olives: Petrol-driven motor compressors power pneumatic harvesters and shakers, which are essential for efficient and less tiring olive harvesting.
• Pruning They power pneumatic scissors, chain saws and other pneumatic tools used in pruning trees and shrubs.
• High pressure foam They can be used to power compressed air cleaning tools, such as blowers, useful for the maintenance of agricultural machinery.