Agricultural and municipal technology
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Sprayers for spraying crop protection products
Good things should not be fundamentally changed, but always developed further. That's why the principle of every LIPCO sprayer has been the same for 20 years: any liquid that has not been collected is fed back into the tank via filters. This means that the product to be sprayed can be reused with the same sprayer.
Thanks to this principle, savings of up to 40% can be expected over the entire season. In the classification of loss reduction, we were able to achieve the highest class of 95% with all sprayers.
As you can see, our devices pay for themselves!
It goes without saying that our sprayers are registered and recognized by the Julius Kühn Institute in the list of loss-reducing / agent-reducing devices!
Thanks to this principle, savings of up to 40% can be expected over the entire season. In the classification of loss reduction, we were able to achieve the highest class of 95% with all sprayers.
As you can see, our devices pay for themselves!
It goes without saying that our sprayers are registered and recognized by the Julius Kühn Institute in the list of loss-reducing / agent-reducing devices!
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LIPCO GmbH
Manufacturer for municipal and agricultural technology
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LIPCO crop protection equipment
Crop protection technology is an essential aspect of modern agriculture and plays a crucial role in ensuring the yield and quality of agricultural produce. Technology has evolved significantly over the years to enable more efficient, environmentally friendly application of crop protection products. An important element of this technology is the recycling of non-accumulated pesticide slurry.
The principle of pesticide recycling is based on the reuse of non-accumulated or collected slurry. After application in the field, the broth that does not adhere to the plants is collected and fed back into the tank through filters. This process not only minimizes the loss of plant protection products, but also helps to reduce environmental pollution.
The savings in plant protection products through this technology can be considerable. Over the entire season, savings of up to 40% can be expected. This saving is not only financially beneficial for farmers, but also reduces the environmental footprint of agricultural practices.
Another advantage of this technology is the high efficiency in loss reduction. With the use of such devices, a loss reduction of up to 95% can be achieved, which puts them in the highest class of loss reduction. This is particularly important as the uncontrolled loss of crop protection products can lead to serious environmental problems, including contamination of soil and water.
In practice, such technologies are used in various agricultural applications. They are used both in large-scale agricultural operations and in specialized crops such as orchards and vineyards. The technology is particularly useful in areas where there are strict environmental regulations or in regions where water is a scarce resource.
The principle of pesticide recycling is based on the reuse of non-accumulated or collected slurry. After application in the field, the broth that does not adhere to the plants is collected and fed back into the tank through filters. This process not only minimizes the loss of plant protection products, but also helps to reduce environmental pollution.
The savings in plant protection products through this technology can be considerable. Over the entire season, savings of up to 40% can be expected. This saving is not only financially beneficial for farmers, but also reduces the environmental footprint of agricultural practices.
Another advantage of this technology is the high efficiency in loss reduction. With the use of such devices, a loss reduction of up to 95% can be achieved, which puts them in the highest class of loss reduction. This is particularly important as the uncontrolled loss of crop protection products can lead to serious environmental problems, including contamination of soil and water.
In practice, such technologies are used in various agricultural applications. They are used both in large-scale agricultural operations and in specialized crops such as orchards and vineyards. The technology is particularly useful in areas where there are strict environmental regulations or in regions where water is a scarce resource.
