Air Compressors for Olive Harvesting and Pruning Treatments Campagnola

Campagnola olive harvesting and pruning compressors power pneumatic olive harvesters, pruning shears, pole pruners and other tools used in olive groves, orchards and agricultural businesses. The range includes self-contained petrol-powered units, solutions connected to the tractor power take-off and dedicated accessories. Campagnola was founded in 1958 by Vittorio Ferretti and Graziella Rondani. Over time, the brand expanded its operations from pneumatic pruning equipment to assisted harvesting systems.

The company’s history includes the first Campagnola pneumatic metal shears, introduced in 1964, the start of pneumatic chain-pruner production in 1981 and the launch of the Olistar pneumatic olive harvester in 1990. Campagnola Iberica was established in 2000 to serve the Iberian Peninsula and, subsequently, Central and South America. Design, assembly, component inspection and testing accompany the development of equipment intended for professional and demanding agricultural operators.

This page also includes the following types of Campagnola compressors and accessories, useful for configuring a pneumatic system suited to the work:

• Campagnola petrol engine-driven compressors: they have their own engine and can operate far from an electrical outlet. They power pneumatic tools during harvesting and pruning, with configurations selected according to air delivery and number of operators;
• Campagnola tractor-mounted compressors: they connect to the tractor PTO and use the power unit already available on the farm. They are suitable for work over large areas and configurations with several compatible pneumatic tools;
• Campagnola engine-driven compressor accessories: these include poles, extensions and handles for completing the pneumatic equipment. Material, length and configuration help operators reach the canopy and control the tool during work;

At AgriEuro, Campagnola compressors can be selected according to their technical features, helping users identify a configuration suited to the tools, operators and agricultural setting. The assessment should begin with the air consumption specified for each connected tool and the instructions in the relevant manuals.

The main parameters to compare are:

• drive type: a petrol engine provides operating autonomy in locations without mains electricity; a PTO connection uses the power take-off of a compatible tractor;
• air intake capacity: this indicates the volume of air produced per unit of time and must cover the combined consumption of the active tools;
• operating pressure: this must comply with the values specified by the manufacturer for pneumatic olive harvesters, shears and pruners;
• number of connectable tools: this helps size the machine according to the number of operators working simultaneously;
• tank capacity: the tanks create an air reserve and reduce pressure fluctuations during intermittent demand;
• pump configuration: single-stage and two-stage units meet different air delivery, pressure and operating-continuity requirements;
• mobility and dimensions: wheels, handles, weight and the tractor connection affect movement between rows and plots;

Professional models are suitable for extended seasonal harvesting, teams with several operators and pruning with different pneumatic tools. Semi-professional configurations are intended for smaller olive groves, periodic work and fewer connections. Correct sizing reduces pressure drops and interruptions caused by insufficient air production.

The choice between a petrol engine-driven compressor and a tractor-mounted compressor depends on the available power unit, terrain and number of pneumatic tools. Accessories complete the workstation and connect the operator to the canopy through poles and extensions made in different materials. Each configuration should be assembled after checking compatibility, air requirements and the manufacturer’s instructions.

Campagnola petrol engine-driven compressors combine the engine and compressor unit in a portable structure, without depending on mains electricity or a tractor PTO. This arrangement is suitable for olive groves spread across several plots, terrain that tractors cannot access and teams requiring an independent compressed-air source. Air delivery must be compared with the combined consumption of the olive harvesters, shears and pruners connected at the same time. Pressure, tank capacity and number of outlets affect work continuity and the number of supported operators. Wheels, handles and component layout aid movement along rows, although weight and terrain gradient must still be assessed before purchase. Routine checks cover the engine, oil level, filters, condensation, couplings and safety devices, as specified in the manual for the selected model.

The following aspects should be checked before choosing:

• independence from the mains: the petrol engine allows work in plots without an electrical connection;
• available air delivery: the value must be suitable for the combined consumption of the pneumatic tools;
• transport: wheels, handles, weight and dimensions determine how easily the unit can be moved through the olive grove;
• periodic maintenance: the engine and air circuit require checks at the intervals specified by the manufacturer;

Campagnola tractor-mounted compressors use the agricultural vehicle’s PTO to drive the pump unit. This solution suits farms with a compatible tractor working on land accessible to the vehicle, including operations involving several harvesting or pruning workers. The PTO connection places both traction and air production on the tractor, facilitating equipment transfer between rows. Selection requires checks on PTO speed, required power, mounting and protective devices. Air delivery, pressure, tank capacity and number of outlets must support the connected tools without drops that slow their operation. On models with storage tanks, the tank stabilises delivery and supplies a reserve for intermittent demand. Installation, PTO shaft and connections must always comply with the manual and the manufacturer’s safety procedures.

The main criteria for comparing configurations are:

• tractor compatibility: mounting, PTO speed and required power must correspond to the vehicle specifications;
• air delivery and pressure: both values must suit the tools and number of simultaneous operators;
• storage capacity: larger tanks provide a greater reserve during intermittent demand;
• outlet configuration: available couplings and lines determine how many compatible tools can be connected;

Campagnola engine-driven compressor accessories complete the pneumatic line and help configure the tool according to tree height and type of work. Telescopic aluminium poles allow the length to be adjusted during operation; carbon extensions and fixed poles focus on low weight and precise movement. Aluminium pneumatic poles provide a robust structure for repeated agricultural work, with different lengths to suit the canopy. Dedicated handles complete the connection to the tool and support a controlled grip during harvesting and pruning. Diameter, coupling, length and compatibility with the Campagnola tool already owned must be checked before purchase. A consistent configuration prevents unsuitable adaptations and maintains regular airflow. Hoses and couplings should also be inspected periodically for wear or leaks.

The selection includes components with different functions:

• telescopic aluminium poles: their adjustable length helps reach different parts of the canopy;
• carbon pneumatic extensions: they combine additional reach with low weight for overhead work;
• aluminium pneumatic poles: they provide a sturdy structure for repeated harvesting or pruning;
• fixed carbon poles: they prioritise lightness and precision when a set length is sufficient;
• pneumatic pole handles: they complete the tool controls and support a steady grip;

AgriEuro complements its range of Campagnola compressors with services dedicated to delivery, spare parts and after-sales support. These services accompany the product after delivery and simplify work throughout its operating life.

• fast and free delivery: orders are prepared and dispatched directly from AgriEuro logistics centres, through a coordinated process that allows the machine’s delivery to be followed to the selected destination;
• option to order spare parts: available parts can be identified using the parts diagram linked to the product in the personal account, making it easier to select the correct component for maintenance or repair;
• after-sales support: the service provides attentive, personalised assistance with the required procedures, compatible spare parts and any technical work concerning the purchased compressor;

Buy the Campagnola olive harvesting and pruning compressor best suited to your work from AgriEuro.

1. How do you choose a Campagnola compressor for olive harvesting?

The selection starts with the total air consumption of the tools operating at the same time. Add the specified values for the olive harvesters, shears or pruners and compare them with the compressor’s air delivery and pressure, allowing an operating margin consistent with the manufacturer’s instructions. Also consider the number of operators, olive-grove size, gradient, distance between plots and availability of a tractor. A self-contained engine-driven compressor aids work where a tractor cannot reach; a PTO model fits farms already equipped with an agricultural vehicle.

2. What is the difference between a petrol engine-driven compressor and a tractor-mounted compressor?

A petrol engine-driven compressor has its own engine and can operate without mains electricity or a tractor. It is suitable for moving between olive groves, provided its weight, wheels and the terrain are appropriate. A tractor-mounted compressor is driven by the PTO and requires compatible mounting, PTO speed and tractor power. This second configuration is suitable when the tractor can access the rows and already serves as the operating centre for several workers. The choice therefore depends on farm logistics as well as rated performance.

3. How many pneumatic olive harvesters can a compressor power?

The number depends on the air delivery actually available at the pressure required by the tools. Add the air consumption of all the olive harvesters to be used and check that the compressor can support it continuously. Long hoses, couplings, leaks and pressure losses can also reduce performance at the end of the line. The number of outlets alone is therefore not enough. The technical data sheet and manufacturer’s compatibility table remain the references for establishing how many operators can work together with the selected model.

4. What air delivery and pressure are required for pneumatic tools?

Use the values stated in the manuals for the individual tools, since olive harvesters, shears and pruners may require different air deliveries and pressures. Compressor delivery must cover the combined simultaneous consumption; pressure must remain within the range permitted for each tool. Excessive pressure can stress components and seals, and insufficient pressure reduces working speed and force. A regulator, pressure gauge and leak-free circuit help maintain consistent values during operation.

5. What is the compressor tank used for during harvesting and pruning?

The tank creates a compressed-air reserve and dampens fluctuations produced by the pump. This provides a more regular supply when tools require air intermittently. A larger capacity does not replace adequate air delivery: if continuous consumption exceeds compressor production, pressure will fall once the reserve is depleted. Tank volume, air delivery, pressure and working pace should therefore be assessed together. Accumulated condensation must be drained in accordance with the manufacturer’s instructions.

6. Can an olive harvesting compressor also power pneumatic shears and pruners?

Yes, provided that pressure, air delivery and connections are compatible with the intended tools. A shear does not necessarily consume the same amount of air as an olive harvester or pruner, so every combination requires a specific calculation. When several tools operate together, their consumption must be added and compared with compressor capacity. Required lubrication, hose diameter, couplings and the recommended maximum line length must also be checked. Campagnola manuals help prevent incompatible connections and incorrect settings.

7. When is a tractor-mounted Campagnola compressor the right choice?

It is suitable when the farm has a compatible tractor, the vehicle can reach the work site and harvesting involves several tools or operators. The PTO uses the available power unit without adding a separate engine for the compressor. PTO speed, minimum power, three-point linkage, PTO shaft, air delivery and number of outlets must be checked before selection. On narrow, steep or inaccessible terrain, a self-contained engine-driven compressor may be easier to move.

8. Which Campagnola accessories help operators work on taller canopies?

Telescopic poles allow their length to be adapted to branch height, reducing repositioning and configuration changes. Carbon extensions or fixed poles provide low weight; aluminium versions offer a robust structure for repeated work. Selection should consider tree height, tool weight, coupling and compatibility with the existing model. Greater length extends working reach but changes balance and precision, so the pole should match the actual canopy height and be operated according to safety procedures.

9. What maintenance does a Campagnola engine-driven compressor require?

Maintenance includes the prescribed checks on the engine and pneumatic circuit. Depending on the model, oil levels and replacement, filters, drive tension, cooling surfaces, condensate drainage and hose and coupling tightness must be checked. Valves, pressure gauges and safety devices must remain intact and operational. The specific manual states the intervals and products to use. Before any work, switch off and depressurise the machine and place it in the safe condition specified by the manufacturer.

10. How can pressure drops and air-line leaks be reduced?

The compressor, hoses and couplings must be correctly sized for the required air delivery. Lines that are too long, insufficient diameters, bends, worn connections or leaks reduce tool pressure. Regularly inspect couplings and hoses, replace damaged parts and keep the regulator at the prescribed setting. Connecting more tools than the machine can support also causes pressure drops. If the issue persists, compare total consumption with compressor specifications rather than exceeding the permitted pressure limits.