LED Beacon Blue Light for Spraying

Blue light makes it easier to identify areas that have already been treated compared to those that have not. This effectiveness results from the contrast that blue light creates on surfaces treated with phytosanitary products, which can fluoresce under this type of light.

Improved Precision: By increasing visibility, blue light helps reduce overlaps or omissions during spraying. It also prevents technical issues such as a clogged nozzle, which is crucial to avoid product loss and ensure uniform coverage, thus improving treatment efficiency and minimizing waste.

Effects on Plants and Insects: Certain wavelengths of blue light influence the behavior of insects and other harmful organisms by repelling them. This property can be strategically exploited to increase the effectiveness of phytosanitary treatments.

Energy Savings and Sustainability: LEDs consume less energy than other types of lighting, making them more durable and economical for long hours of work in the fields. The blue light from LEDs is particularly efficient in terms of energy consumption and the longevity of the light source.

In summary, the use of blue LED headlights for spraying during agricultural sowing can contribute to a more precise and economical application of products, while improving the safety and efficiency of agricultural operations.

Treatments during Agricultural Sowing: Seed treatments, which include the application of chemical or biological products directly onto seeds before planting, are crucial to protect seeds against diseases, insects, and other harmful organisms that could affect germination and seedling health. These treatments can also include fungicides, insecticides, nematicides, as well as growth stimulators or microbial inoculants that promote good plant health from the start of their development. This practice is essential to improve seed viability, ensure good crop establishment, and ultimately increase agricultural yield.