FERTIMA

Frequently Asked Questions

Which irrigation and fertilization control units does Fertima manufacture?

Fertima manufactures agricultural irrigation and fertilization control units. These units enable farmers to precisely manage their crops’ irrigation and fertilization requirements.

How do Fertima’s products work?

Fertima’s products measure soil moisture, plant nutrient levels, and other key parameters via sensors, enabling farmers to irrigate and fertilize according to crop needs.

Do Fertima’s products save water?

Yes. By leveraging sensor technologies to align irrigation with crop demand, Fertima’s products help use water more efficiently.

In which agricultural applications can Fertima’s products be used?

Fertima’s products can be used in greenhouses, open fields, and nurseries. Different models are available to meet specific requirements.

How do Fertima’s products increase productivity?

Fertima’s products increase productivity by ensuring irrigation and fertilization are applied according to crop needs. As a result, plants grow healthier and deliver higher yields.

How are Fertima’s products installed and used?

Fertima’s products are easy to install and operate. Typically, sensors are placed in the soil or on the plants and connected to the control unit, after which the system is ready for use.

Are Fertima’s products environmentally friendly?

Yes. Fertima’s products are environmentally friendly. Precision irrigation and fertilization optimize water and fertilizer use, minimizing environmental impact.

What advantages do Fertima’s products offer?

Fertima’s products offer numerous advantages, including water savings, higher productivity, more efficient resource use, and environmentally friendly farming.

How are Fertima’s products maintained?

Fertima’s products generally require minimal maintenance. Periodic cleaning of sensors and control units and regular inspections are recommended.

In which regions can Fertima’s products be used?

Fertima’s products have a wide range of applications and can be used across diverse agricultural regions worldwide. They are particularly beneficial in water-scarce areas.