Brazilian agribusiness is undergoing a transformation with the rise of agricultural robots, which promise to take the sector's efficiency and productivity to new heights. These technologies are becoming fundamental allies in the search for more sustainable and profitable production, facing the challenges that the sector requires. Do you want to know how robotization can change the future of agriculture in Brazil? Click here and find out!
Why is Robotization essential for the Future of Agribusiness?
Automation in the field is no longer a trend, it is a reality that is already changing the way agricultural operations are carried out. According to a report by McKinsey & Company (2024), it is estimated that agricultural automation can increase crop productivity by up to 30% in the next 10 years, in addition to reducing production costs by up to 25%. This revolution is especially relevant for Brazil, where the continental dimensions of the territory and climate variations require solutions that optimize available resources and increase efficiency.
Furthermore, investing in our own technologies to control agricultural processes, instead of depending on imported solutions, is an important step to ensure that Brazil becomes self-sufficient in this emerging sector. Agricultural robotization in Brazil can also reduce labor costs and minimize environmental impact by optimizing the use of inputs, such as pesticides and fertilizers.
Agricultural Robots: From Harvesting to Weed Management
According to a study by Embrapa (2024), agricultural robotization in Brazil is already being applied at various stages of the production process, from weed control to automated harvesting.
- Weed control: Robots equipped with computer vision systems are able to identify and eliminate weeds accurately, without the excessive use of herbicides. This not only improves pest control efficiency, but also reduces environmental impact, a crucial factor for the sustainability of agriculture.
- Automated harvesting: Machines that harvest grains, fruits and vegetables autonomously are becoming increasingly common. A study by the Institute for Applied Economic Research (IPEA) showed that automated harvesting can increase soybean productivity by up to 20%. Furthermore, this technology reduces operating costs and increases precision, reducing losses and increasing the quality of the final product.
The Impact of Robotization on Sustainability
Agricultural robotization is helping to reach new levels of sustainability, which are essential for the future of the sector. Reducing the use of chemicals, reducing waste of natural resources and optimizing working time are just some of the benefits of this technology.
Sustainability also involves adapting technologies to Brazil's environmental characteristics. As Brazilian agriculture faces unique challenges, such as climate variability and the need for more efficient methods of using resources, robots are an ideal solution as they can be customized to meet these specific demands.
The Time to Innovate is Now!
In the current scenario, investing in technological innovation is not just an option, but a necessity. Agricultural robotization represents a great opportunity for Brazilian agribusiness to continue advancing, offering more efficiency, greater profitability and more sustainable production. Agricef is at the forefront of this transformation, developing and implementing innovative solutions that are helping to shape the future of agriculture in Brazil.
Agritech Experience: a journey through agricultural robotics.
It is time to further boost this technological transformation to ensure a more efficient agricultural future. We at Agricef think about the future and, with that, we participate in an initiative that connected several Brazilian companies, with a lot of knowledge about robotics, automation and unforgettable experiences. We took partners to two large agricultural robotics centers and established important pillars for the future of Brazilian agribusiness. We are talking about the Agritech Experience, an initiative that took place in October 2024, together with Balanced Engineering and Robotics Factory. In addition to these two great partners, Atvos, Suzano, Raízen, Tereos, Fundecitrus and Citrosuco were with us, connecting important ideas and insights for the future of agricultural robotization.
Access the exclusive Agritech Experience event page and check out this journey in agricultural robotics.
Together, we can build a smarter, more sustainable and profitable agribusiness for the future.
Sources:
- McKinsey & Company, “Agricultural Automation: The Future of Farming” (2024)
- Embrapa, “Advances in Agricultural Robotization in Brazil” (2024)
- Institute of Applied Economic Research (IPEA), “Impacts of Automation on Soy Production” (2024)
- Agricef
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