Pneumatic Pruning Shears

Pneumatic pruning shears, also known as compressed air shears, are generally recommended for those who need to prune a large number of trees and plants and are therefore indispensable for professional pruners.

The pneumatic shears category includes a wide range of compressed air shears, available with or without an extension pole. The use of these pneumatic compressed air pruning shears is recommended for those who already own a motor compressor and want to complete the production process with shears, which allow for quick pruning and the possibility of applying multiple cutting units to the same motor compressor.

AgriEuro has a wide range of shears that are divided into sub-categories to help you find the one that best suits your needs:

• Pneumatic shears for direct manual use: designed for use without extension poles, ideal for close-range work.
• Pneumatic shears for extension poles: equipped with poles ranging from 0.5 to 2.5 metres, they allow you to reach high branches without the need for ladders.
• Pneumatic loppers on extension pole: powerful shears mounted on an extension pole for cutting branches with a large diameter, up to 50 mm. They are the most powerful on the market in terms of cutting capacity and robustness, allowing you to cut with force even in the most difficult conditions. In fact, the branch is gripped by the large hook that holds the pruning blade, preventing other nearby branches from being cut by mistake.

Pneumatic pruning shears are tools designed for pruning fruit and ornamental plants. They use compressed air to make clean cuts on branches of various sizes with diameters ranging from 28 to 50 mm. These tools are particularly useful in orchards where it is necessary to keep plants healthy and productive. Pneumatic shears are suitable for both professional and hobbyist use:

• Pruning orchards, olive groves and vineyards: they guarantee precise cuts that promote healthy plant growth. In large orchards, the use of compressed air shears speeds up the work, significantly reducing pruning time compared to manual tools.
• Garden maintenance: they facilitate the pruning of hedges and shrubs. The versions with extension pole allow you to reach high branches without the aid of ladders, improving operator safety.
• Industrial applications: used in large-scale agriculture for their efficiency. Pneumatic shears are ideal for those who manage vineyards or olive groves where numerous cuts need to be made in a short time.

Pneumatic pruning shears have several key components that determine their functionality and efficiency. The main components include:

• Blade: made of high-quality steel to ensure clean, long-lasting cuts. The blades are precision sharpened to offer superior cutting capacity and reduce resistance during cutting.
• Body: often made of carbon for lightness and strength. This material is not only lightweight but also extremely durable, making the shears long-lasting.
• Handle: ergonomically designed to reduce fatigue during prolonged use. The non-slip handle provides a firm and comfortable grip, improving operator control.
• Extension pole: made of resistant materials and available in lengths ranging from 0.5 to 2.5 metres. Extension poles are usually made of aluminium or carbon fibre, offering a good balance between weight and strength.
• Pneumatic system: powered by air compressors that provide an operating pressure of 8-10 bar or 10 bar. This system is the heart of pneumatic shears, generating the force needed to cut branches effortlessly.

Compressed air shears use a pneumatic system that works thanks to an air compressor. The compressor generates compressed air which is sent through a flexible hose to the shears, setting an internal piston in motion. This piston activates the blade, allowing quick and precise cuts to be made on branches.

The operation of pneumatic shears is based on a few key components:

• Air compressor: provides the compressed air needed to operate the shears. The typical operating pressure is between 8 and 10 bar, depending on the model.
• Flexible hose: connects the air compressor to the shears, allowing compressed air to pass through. This hose must be durable and long enough to ensure freedom of movement during use.
• Internal piston: this is set in motion by the compressed air, activating the blade. This piston is designed to transform air pressure into mechanical movement, making cutting efficient and precise.
• Control valve: regulates the air flow to the piston, allowing the operator to control the cut. This valve can be operated by a trigger or a switch on the scissor handle.

The cutting process takes place in a few simple steps:

1. Activation: the operator presses the trigger or switch on the shears, opening the control valve and allowing compressed air to reach the piston.
2. Piston movement: the compressed air pushes the piston, which in turn activates the blade, cutting the branch.
3. Release: once the cut is complete, the operator releases the trigger, closing the control valve and stopping the air flow. The piston returns to its starting position, ready for the next cut.

Pneumatic pruning shears offer numerous advantages over traditional pruning tools, making them an ideal choice for professionals and hobbyists alike. The main advantages include:

• Efficiency and speed: pneumatic shears allow for quick and precise cuts, increasing productivity. In an orchard or large garden, this means completing the job in less time than when using manual shears.
• Reduced physical effort: thanks to compressed air, the operator can make clean cuts without having to apply a lot of manual force.
• Cutting precision: pneumatic shears guarantee clean cuts that reduce the risk of damage to branches and plants.
• Versatility: with several configurations available, including manual shears and shears with extension poles, these tools can be used for a wide range of applications, from close pruning to higher, hard-to-reach branches.
• Durability and materials: many pneumatic shears are made from high-quality materials such as carbon fibre, which makes them lightweight and strong. These materials ensure that the tool is durable and can withstand intensive use without deteriorating quickly.

When comparing pneumatic pruning shears with other pruning tools, further specific advantages emerge:

• Pneumatic shears vs manual shears: pneumatic shears require less physical effort and offer greater precision, making work faster and less tiring.
• Compressed air shears vs chainsaws: while chainsaws are suitable for cutting larger branches, pneumatic shears are more precise and safer for smaller diameter branches without the risk of damaging surrounding plants.
• Pneumatic pruning shears vs electric pruners: pneumatic shears do not require a power source, making them more practical in remote areas or where access to electricity is limited.

Pneumatic shears are divided into different types, each designed for specific pruning needs. The main types are:

• Pneumatic loppers on extension poles: ideal for cutting large diameter branches and reaching considerable heights.
• Pneumatic shears for direct manual use: designed for use without extension poles, ideal for precise and close cuts.
• Pneumatic shears for extension pole: equipped with poles of various lengths, they allow you to reach high branches without the need for ladders.

Pneumatic loppers on extension poles are powerful tools designed to cut large diameter branches. These tools combine the power of pneumatic shears with the length of an extension pole, making them ideal for pruning at height.

• Cutting power: capable of cutting branches with diameters up to 50 mm thanks to the force generated by compressed air.
• Extension pole: the length of the pole varies from 0.5 to 2.5 metres, allowing you to reach high branches without having to climb ladders, improving operator safety.
• Materials: often made of carbon to ensure lightness and strength, reducing fatigue during prolonged use.
• Applications: ideal for orchards, olive groves and vineyards where pruning at high heights and on large branches is required.

Pneumatic shears for direct manual use are designed for pruning work that requires precision and close control. These tools are lightweight and easy to handle, making them ideal for detailed cutting.

• Precision: they allow you to make clean, precise cuts on branches with a diameter of up to 28-35 mm.
• Lightweight: thanks to their construction from materials such as carbon fibre, they reduce operator fatigue.
• Ergonomics: the ergonomic handle facilitates prolonged use without fatigue.
• Applications: ideal for pruning fruit and ornamental plants where precision and delicacy are required.

Pneumatic shears for extension poles are designed to reach high branches that are difficult to prune without the aid of ladders. These tools are equipped with adjustable poles, offering flexibility and safety.

• Reach: extension poles ranging from 0.5 to 2.5 metres allow you to reach high branches without having to climb ladders.
• Flexibility: the ability to adjust the length of the pole offers versatility for different types of pruning.
• Safety: the use of extension poles reduces the risk of accidents associated with the use of unstable ladders.
• Applications: suitable for pruning fruit trees, tall hedges and other plants that require work at height.

Pneumatic shears have a number of technical features that determine their performance and effectiveness. Here is a list of the main technical features and a brief description of each:

• Cutting diameter: indicates the maximum diameter of the branch that the shears can cut, ranging from 28 to 50 mm.
• Recommended for orchard: specifies whether the shears are designed for pruning fruit trees.
• Pole length: measures the length of the extension pole supplied with the machine, ranging from 0.5 to 2.5 metres.
• Manual configuration: indicates whether the shears are designed for direct manual use without the aid of a pole.
• Working pressure: the pressure at which the machine is designed to operate, generally 8-10 bar or 10 bar.
• Carbon fibre structure: indicates whether the machine body is made of carbon, a lightweight and resistant material but with a high cost.

This data indicates the max. cutting diameter of the branch that the shears are capable of cutting. It varies from a minimum of 25 mm to a maximum of 50 mm. Shears with a larger max. cutting diameter are ideal for orchards and other plants with thicker branches, ensuring clean and precise cuts.

Pneumatic shears designed for pruning orchards are engineered to ensure the health and productivity of fruit trees. These tools offer precise cuts that minimise damage to branches, promoting healthy growth. The use of pneumatic shears in orchards reduces working time and increases the overall efficiency of pruning operations.

The length of the extension pole is a key feature for pneumatic shears designed for pruning high branches. This data is only used for shears that are compatible with the extension pole. It indicates the length of the pruning pole that can be added to the shears. Our catalogue includes models ranging from 0.5 metres to 3 metres in length. This feature improves operator safety and comfort by reducing the risk of accidents and fatigue.

Pneumatic shears with manual configuration are designed for direct use without extension poles. This type of shears is ideal for close pruning work that requires precision and control. The manual configuration allows for detailed and clean cuts on small and medium-sized branches, making the tool versatile for different applications.

This indicates the maximum power, expressed in bar, that the shears can deliver. Most pneumatic shears require a pressure between 8 and 10 bar. Adequate operating pressure ensures that the internal piston can move correctly, activating the blade with the force necessary to make effective cuts.

The carbon fibre structure is a feature that makes pneumatic shears lightweight and durable. Carbon fibre is an advanced material that offers an excellent combination of lightness and strength, reducing operator fatigue during prolonged use. Despite its high cost, carbon fibre gives the shears greater durability and superior resistance to impact and wear.

Buying the right pneumatic shears requires attention to various technical characteristics and specific considerations related to your needs. Here is a guide to help you choose:

1. Cutting diameter: assess the maximum diameter of the branch you intend to cut. Shears with a cutting capacity between 28 and 50 mm are ideal for most applications.
2. Type of use: determine whether the shears will be used in orchards, domestic gardens or for industrial applications. Shears designed for orchards offer precision and protect the health of the plants.
3. Cutting systems: In addition to the blade, it is also important to evaluate the cutting system. Shears can be blade, anvil or cross-cut, each with specific characteristics.
4. Handle and ergonomics: This is an aspect that should not be underestimated, given that in most cases these shears are used for long periods of time, so it is important that the handle is comfortable and practical, preventing arm fatigue and, consequently, operator fatigue.
5. Pole length: choose the length of the extension pole based on the height of the branches to be pruned. Poles ranging from 0.5 to 2.5 metres are suitable for reaching high branches safely.
6. Manual or pole configuration: decide whether you prefer manual shears for close cuts or shears with an extension pole for high branches. Manual configurations offer greater control and precision.
7. Working pressure: check the working pressure required for optimal scissor operation. Most models require a pressure between 8 and 10 bar.
8. Materials: opt for shears with a carbon structure for lightness and strength, although they are more expensive.

Purchasing the right pneumatic shears requires attention to various technical characteristics and specific considerations related to your needs. Below is a guide to help you choose:

• Orchard professionals: large-scale pruning of fruit trees. These users need shears with a large cutting diameter, a carbon fibre structure to reduce fatigue, and long extension poles to reach high branches.
• Hobbyist gardeners: maintenance of domestic gardens, pruning hedges and shrubs. These users benefit from manual shears for greater precision with a medium cutting diameter and resistant materials, but not necessarily carbon.
• Agricultural businesses: management of vineyards and olive groves. These businesses require pruning shears with extension poles for pruning at high heights, stable operating pressure and durable materials for intensive use.
• Park and green space maintenance workers: pruning ornamental trees and maintaining public spaces. They need shears with variable cutting capacity, impact-resistant construction and a pole with adequate length to reach high branches.
• Industrial operators: pruning in agricultural production facilities. These operators require shears with high cutting capacity, high operating pressure and lightweight materials to reduce fatigue in repetitive operations.

Buying pneumatic shears from the best brands guarantees quality, reliability and durability. AgriEuro offers some of the most renowned brands in the pneumatic shears sector. Here is a list:

• Campagnola pneumatic pruning shears: one of the leaders in the pneumatic shears sector, known for the quality and robustness of its products. Campagnola shears are ideal for professional and intensive use.
• Paterlini pneumatic pruning shears: a brand offering reliable, high-precision pneumatic shears suitable for both professional and hobbyist use. Paterlini is synonymous with innovation and durability.

Buying pneumatic shears on AgriEuro offers numerous advantages that guarantee a safe and satisfying shopping experience. Here are the main reasons why it is worth choosing AgriEuro:

• Fast and free shipping: AgriEuro offers fast and free shipping managed by its own logistics centres, ensuring that products arrive quickly and at no additional cost.
• Spare parts always available: the ability to order spare parts ensures that the pneumatic shears you purchase can be easily maintained and repaired, extending their useful life.
• Attentive and personalised after-sales service: AgriEuro provides a dedicated after-sales service offering support and personalised advice for any needs or problems relating to the products purchased.

These reasons make AgriEuro a reliable and convenient choice for purchasing pneumatic shears. The combination of free shipping, availability of spare parts and quality after-sales service ensures that customers can purchase with confidence and peace of mind. Visit AgriEuro and discover the offers available to make your work easier and more efficient.

To connect an air compressor to pneumatic shears, you need to follow a series of precise steps to ensure optimal and safe operation. Here's how to do it:

1. Check compatibility: Ensure that the air compressor and pneumatic shears are compatible in terms of pressure and air flow. The operating pressure of the shears should be within the capacity of the air compressor.
2. Connecting the air hose: Use an air hose with the appropriate specifications (diameter and length) to connect the air compressor to the pneumatic shears. It is important that the hose is pressure-resistant and of high quality to prevent air leaks.
3. Filter installation: Before connecting the hose to the shears, install an air filter to remove moisture and particles. This will protect the pneumatic shears and extend their life.
4. Pressure adjustment: Adjust the air compressor pressure according to the specifications required by the pneumatic shears. Use the air compressor pressure regulator to set the correct pressure.
5. Final connection: Connect the air hose first to the air compressor and then to the pneumatic shears. Ensure that the connections are tight to prevent air leaks.
6. Safety check: Check that all connections are secure and that there are no air leaks. Always wear personal protective equipment (PPE) during use.
7. Function test: Turn on the air compressor and check that the pneumatic shears are working. Ensure that the pressure is stable and that the shears are working correctly.

When choosing an air compressor to connect to pneumatic shears, it is important to consider a few key features to ensure effective and safe operation. Here are the main features to evaluate:

• Air flow (CFM): The air flow measured in cubic feet per minute (CFM) must be sufficient to power the pneumatic shears. Check the specifications of the shears to find out how much air they need and make sure that the air compressor can supply at least that amount.
• Operating pressure (PSI): The pressure measured in pounds per square inch (PSI) must be compatible with the requirements of the pneumatic shears. Most pneumatic shears require an operating pressure between 70 and 90 PSI.
• Tank capacity: A tank of adequate size (in litres or gallons) allows you to maintain constant pressure and reduces the air compressor's on/off cycle. A larger tank is useful for prolonged jobs.
• Motor type: A powerful, high-quality motor ensures greater durability and reliability of the air compressor. Also check the voltage and power consumption to ensure that the air compressor is suitable for your needs.
• Filtration system: A good air filter removes impurities and moisture, protecting pneumatic shears from damage and corrosion. Some air compressors come with built-in filters, while others may require an external filter to be installed.
• Noise emission: Consider the noise emission of the air compressor measured in decibels (dB), especially if you work in noise-sensitive environments. Quieter air compressors may be more suitable for use in gardens or residential areas.
• Mobility and size: If you need to move the air compressor frequently, choose a portable model with wheels and handles. Also check the size and weight to ensure that it is easy to manoeuvre and store.

The cost of pneumatic shears varies greatly depending on several factors such as brand, technical characteristics, quality of materials and additional features. Below is an overview of the prices of pneumatic shears available on the market:

• Economy range: Basic pneumatic shears suitable for occasional and less intensive use are generally priced between £80 and £150. These models offer essential features but may have a shorter lifespan than more expensive models.
• Mid-range: For more frequent or semi-professional use, mid-range pneumatic shears cost between £150 and £300. These models are made from more durable materials and offer better ergonomics and performance.
• High range: Professional pneumatic shears intended for intensive, daily use can cost between £300 and £450 or even more. These models are designed to last, with high-quality materials, advanced technology and an ergonomic design that reduces operator fatigue.