Air Compressors for Olive Harvesting and Pruning Treatments Airmec

Airmec air compressors for olive harvesting and pruning produce the compressed air required to power olive harvesters, pruning shears, saws and other pneumatic tools used in olive groves, vineyards and orchards. The range includes portable solutions designed to operate away from the mains supply, as well as tractor-mounted compressors for large-scale agricultural work. The right combination of air delivery, pressure and tank capacity makes it possible to supply one or more operators continuously, reducing interruptions during harvesting and cutting operations.

Airmec is a brand owned by Speroni S.p.A., a company founded in 1947 by Giuseppe Speroni in Castelnovo di Sotto, in the province of Reggio Emilia. Established in a predominantly rural economic environment, Speroni developed mechanical applications intended also for the agricultural sector. The company expanded beyond Italy in the 1970s and gradually established a presence in over 80 countries. It employs more than 150 people, operates a facility covering approximately 45,000 m² and has a production capacity exceeding 3,000 items per day.

Product development involves engineering, technical inspections and endurance tests conducted for hundreds of hours under demanding operating conditions. Checks cover dimensional, electrical, hydraulic and safety specifications, from the selection of raw materials through to the finished product. This production method supports Airmec’s offering for agricultural operators, olive-growing businesses and professionals requiring a continuous supply of compressed air in the field.

Airmec engine-driven air compressors produce compressed air even where no electrical supply is available and are suitable for harvesting, pruning and maintaining agricultural crops. Their pneumatic wheels, transport frame and disc brake facilitate movement and help control the machine on sloping ground.

Airmec tractor-mounted air compressors are powered by the tractor’s power take-off and can supply several pneumatic tools during intensive operations. The three-point linkage facilitates transport between olive groves, vineyards and orchards, including sites that are difficult to reach with independent machines.

On AgriEuro, Airmec air compressors for olive harvesting and pruning can be selected according to their main technical features, helping users identify a configuration suited to the pneumatic tools and the scale of the work involved. The choice should also take into account the number of operators, movement between trees and the availability of a tractor or power source.

Power source: petrol- or diesel-powered engine-driven compressors can operate on land without access to an electrical supply. Three-point linkage compressors are powered by the tractor’s power take-off and are suitable for agricultural work over extensive surfaces.

Air delivery: expressed in litres per minute, this indicates the volume of air produced by the pump unit. It should be compared with the combined consumption of the connected olive harvesters, pruning shears or saws, leaving enough additional capacity to maintain a steady supply.

Maximum pressure: this indicates the pressure level, expressed in bar, that the compressor can reach. On models intended for harvesting and pruning, it may be approximately 10-11 bar, although the working pressure must always comply with the specifications of the pneumatic tools.

Tank capacity: the available volume varies according to the machine’s construction and intended professional application. Compact tanks facilitate movement between rows; larger capacities provide a greater air reserve during continuous operations.

Number of tools supported: this depends on the available air delivery, the required pressure and the air consumption of each tool. Before connecting several tools simultaneously, the specified consumption of the olive harvesters, pruning shears and saws must be added together, checking that the compressor retains sufficient additional capacity.

Pump unit: single-stage and two-stage configurations meet different air delivery and pressure requirements. Two-stage systems compress the air in two successive phases and are suitable for applications involving high pneumatic demand or several active workstations.

Transport and connection: pneumatic wheels, frame, brake and tank layout affect the mobility of engine-driven compressors on agricultural land. On tractor-mounted models, the three-point linkage and PTO connection allow the machine to be transported with the tractor.

Air adjustment and distribution: the pressure regulator, pressure gauges, quick-connect couplings and lubrication systems prepare the air for the connected tools. The number and position of the outlets should match the planned workstations and the length of the air hoses.

Routine maintenance: cleaning the intake filter, checking the oil, inspecting connections and draining condensation contribute to regular compressor operation. The intervals and procedures stated in the manual for each model should be followed before and after harvesting seasons.

Professional models are suitable for farms and operators working for extended periods with several pneumatic tools. More compact configurations meet the requirements of small olive groves, seasonal work and individual workstations. Air delivery, pressure and tool air consumption remain the main values for selecting the correct machine size.

The Speroni testing facility subjects prototypes to technical inspections and endurance tests before the industrial production stage. Systematic component checks support the reliability required during harvesting, when a continuous compressed-air supply directly affects the working pace.

Airmec engine-driven air compressors combine a petrol or diesel engine with a pump unit to produce compressed air without a mains connection. This configuration is suitable for olive groves located far from farm buildings, as well as vineyards and orchards where the workstation must be moved frequently.

The pneumatic wheels support transport across uneven terrain; the disc brake contributes to machine control during stops and on sloping sections. The transportable construction allows the compressor to be positioned close to the working site, reducing the length of the hoses required.

Air delivery should be selected according to the consumption of the connected olive harvesters and pruning tools. Tank capacity, the number of outlets and the available pressure also affect operating continuity. More compact models are suitable for an individual workstation; higher-output configurations can supply several operators, provided the specified consumption of each tool is observed.

The engine makes the compressor self-contained and allows it to operate away from electrical sockets. Power, fuel consumption, starting system and tank capacity should be compared with the expected length of each working session and the number of pneumatic tools operating simultaneously.

Airmec tractor-mounted air compressors are connected to the hydraulic lift through a three-point linkage and powered by the power take-off. This construction allows the compressor to be transported with the tractor and reach olive groves, vineyards and orchards located on extensive or hard-to-access land.

The high air delivery is suited to professional teams operating several pneumatic olive harvesters, pruning shears or saws during the same shift. Some configurations can supply up to 15 workstations, depending on the type of tool, its air consumption and the operating conditions.

Larger tanks provide an air reserve that can also be used when the power take-off is temporarily stopped. Selecting the right model requires checking the tractor power requirement, PTO speed, pump-unit air delivery, pressure and number of available pneumatic connections.

The three-point linkage connects the structure to the tractor’s hydraulic lift and allows it to be transported with the agricultural vehicle. The linkage category, machine dimensions and absorbed power must be compatible with the available tractor.

The actual number of operators that can be supplied depends on the consumption of each olive harvester, pruning shear or saw and the pressure required during operation. For this reason, the presence of several pneumatic outlets alone does not determine how many tools can operate simultaneously.

Purchasing an Airmec air compressor for olive harvesting and pruning from AgriEuro makes it possible to compare models, technical specifications and equipment within a dedicated category. The services provided after the order continue to support the product following delivery and simplify the sourcing of compatible components.

Fast and free delivery is organised directly by the AgriEuro logistics centres, with dedicated procedures for heavier and bulkier machines. The product is prepared for transport using packaging suited to its configuration.

After purchase, customers can order compatible spare parts using the parts diagram associated with the product. This service facilitates maintenance work and the replacement of components subject to wear over successive seasons.

AgriEuro’s after-sales service provides attentive, personalised technical support for requests following delivery. When work is required, the service network and central workshop follow the procedures established for the purchased product.

Purchase the Airmec air compressor best suited to harvesting olives and pruning your agricultural crops from AgriEuro.

There is no single power rating suitable for every situation. In addition to engine horsepower, the actual air delivery, working pressure and specified tool consumption must be assessed. A compact engine-driven compressor may be sufficient for one workstation; several olive harvesters or pruning shears require greater air delivery and a pump unit sized for simultaneous operation.

Yes, provided that the air delivery, pressure, tank and number of outlets are suitable for the tools’ combined consumption. Before connecting them, add together the air requirements of each tool and compare the result with the compressor’s air delivery. Additional operating capacity reduces pressure drops when several operators work simultaneously.