Posts Tagged ‘Sacudir los árboles’

Model OE4 – This harvester is based on a principle of single system. The vibration and collection function is combined in one side machine next to the tree.

In this type of machine a method of continuous harvest is used, i.e., trees are harvested continuously without pauses. For this purpose, the machine is equipped with a shaker which operates continuously. A special electro-hydraulic mechanism controls the process.

Thus, after this operation, fruits do not fall to the ground, as an umbrella over the lines of trees will help with the process. From the side of the machine and from umbrella, fruits are obtained through a special sealing built on a central conveyor belt. This is designed such that, despite the density function, is still providing a continuous harvest operation.

On the downstream conveyor, the elevator and the purification phase, fruits will be transported to an adjacent row powered container. The harvester has a chassis with high and controlled lateral suspension level, in such a way that it is able to adapt to more difficult areas. The operator can perform and supervise from cabin all machine functions.

All work processes of the machine are performed electro-hydraulically. Modification of the collection during transport will also be electro-hydraulic and will only take about 2 minutes. The harvester is authorized for road use.



Machine System: Single system

Self-propelled harvester Vehicle in parallel for the harvesting of the crops

Operation: One man

Harvesting methods: Continuous work shaker with a “Shake and Catch” method

Crop Transportation: Parallel transfer of the crop from the delivery system in a vehicle moving in adjacent row

Crop Yields: Up to 7 trees / min in T01

Facilities design: Distance between the rows > 5, 0 m

Tree separation > 1.8 m

Trunk diameter 80 mm until 200 mm

Trunk Height > 0.7 m

Crown height < 4.0 m (< 5.0 m possible)

Crown width < 3.2 m

Fruits: Apples, Pears, other fruits Cherries Plums

Cleaning of the harvest: Wood and leaves separation

Road transport : DEKRA type, suitable and tested


OE4 Prospekt Erläuterung

Die Maschine ist für die Ernte von Steinfrüchten entwickelt worden. z.B. Kirschen, Pflaumen, Mirabellen, Oliven usw.

Die Ernte der Früchte erfolgt durch Schütteln.

Eine innovative Lösung ist die Anwendung von einem umgekehrten “Regenschirm”, der vor dem Schüttlen unter dem Baum aufgemacht wird.

Das Konzept des Schüttelgerätes, das mit einem aufgemachten Regenschirm und Reinigungsventilator ausgestattet wird, erwies sich in der Praxis sehr nützlich.

Um ein 95% Arbeitsresultate zu erzielen, ist es wichtig, den Obstgarten entsprechend vorzubereiten. Der empfohlene Baumreihenabstand beträgt mind. 4 Meter, der Baumabstand in einer Reihe beträgt 2,2 bis zu 2,5 Meter. Wichtig ist auch die Höhe des Baumstammes – mind. 0,7 Meter. Der Durchschnitt der Baumkrone soll nicht 3,5 Meter überschreiten.

Die Maschine wird von nur drei Personen bedient: Einem Fahrer, einem Schüttelgerätbediener und einem weiteren Mitarbeiter.

Das Gerät wird für eine Fläche von 5 Hektar empfohlen. In optimalen Bedingungen kann man Früchte von 50 bis zu 60 Bäumen pro Stunde schütteln.




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The labour costs involved in the harvest can be reduced by a third, with savings of about 15,000 Euro for every 10 hectares (as shown in a showcase firm) due to a smaller number of workers during the harvest, to a higher performance level per worker compared to traditional ways of picking and to a reduction of the number of rejects. All this, together with low running costs allows for a very short amortisation period.



Harvesting with machines of the TECNOFRUIT series will result in a supreme quality of the picked fruit in comparison with other methods.


Picking the fruit of the whole tree in one go (making for a uniform quality), the direct transport of the fruit to the fruit containers, the fact that the workers will be less tired during the harvest, are just some of the points contributing to a higher performance.

The fruit shaker OS is a 3-point rope shaker. It is either connected to the tractor at the front or at the rear and driven by the PTO. The 54-pound unit is normally equipped with a ten-meter-long steel cable that is hooked into the main branches of the crown. Then the rope is strained and the shaking process can begin.

With a rope shaker you can get fast and labor-saving the apples from the tree. The loop of the steel cable is suspended from the bottom in each tree two to three times. The acquirement of the very inexpensive and robust fruit shakers is already profitable for farmers who only own a few fruit trees. A big advantage are the business aspects (about 30% time savings), but especially huge assistance. Someone, who has already shaken big apple trees by hand, knwos that this is an extremely energy-consuming affair. Furthermore there’s the risk to fall from a tree.

here you can see the tree shaker in action!

he handling with the rope shaker is easy to learn. The rope shaker is on the market for over than 20 years and was sold more than 5500 times so far.


Compared to the conventional ladder principle, tree shaking is more than 50% faster when using our patented telescopic handle for fixing the roap onto a branch.


  • Easy assembly at front or rear PTO on every tractor with tree-point linkage category 1.
  • Robust bearing dimensioning (2800 kg)
  • Solid pipefram and the most steady gear and conntecting rod available on the market.
  • Metal sheets are phosphate-treated and powder-coated. This gives much better mechanical and UV stability compared to conventional paints.

Technical data

Applications: appels, pears, plums, cherries, walnuts and other drop fruits.
Recommended power: tractors starting from 15 hp
Rope lenght: 10 m (standard) other lenght request
Rope diameter: 8 mm (standard) other diameter on request
Weight: 54 kg


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