Mechanical planters: mechanical planters are used to automatically plant fruit trees at even spacing and depth. They make the planting process faster and more uniform, helping to increase productivity.

Branch-cutting machines: Branch-cutting machines, often equipped with blades or saws, help to trim fruit trees to maintain their shape, control growth and improve fruit quality.

Spraying machines: Modern sprayers are equipped with advanced technology, such as GPS systems and sensors, which enable precise application of pesticides, herbicides and fertilisers, minimising waste and environmental impact.

Fruit harvesting machines: Fruit harvesting machines, such as apple or grape harvesting machines, use various mechanisms such as conveyor belts or vibration systems to harvest fruit quickly and efficiently without damage.

Orchard monitoring systems: Advanced orchard monitoring systems use technologies such as drones, soil sensors and thermal imaging cameras to monitor plant health, soil moisture, fruit quality and other factors affecting yield. This data can be used to make better orchard management decisions.

Orchard robots: the development of orchard robots has increased significantly in recent years. These robots can assist in a variety of tasks such as pruning trees, removing weeds, harvesting fruit and even sorting harvested fruit.

These state-of-the-art orchard machines not only increase the efficiency of fruit production, but also help to reduce labour input and environmental impact through the use of precision technology and automated processes.