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Semeato launches technology that raises the standard of precision agriculture

June 16, 2026

SEMEATO has just announced a major technological breakthrough that redefines the concept of precision planting. The new features an electric motor-driven transmission system integrated with the company’s well-established vacuum seed distribution system.The new technology enables planting at fixed or variable rates and is compatible with prescription maps, allowing row-by-row shutoff at field ends, sprayer tracks, and irrigation pivots. This feature prevents seed overlap, reducing waste and avoiding excessive plant population density.

Another highlight of the system is its automatic curve compensation, which adjusts seed distribution to maintain uniform plant population per square meter even along more complex field routes.

The innovation goes beyond mechanics and enters the digital farming space. The system enables communication between up to three machines operating simultaneously in the same field. Through real-time data exchange via internet connection or routers, the equipment shares live field coverage mapping, preventing one machine from planting areas that have already been covered by another.

This integrated digital ecosystem also enables real-time reporting and data exchange, allowing for more efficient operational management and helping farmers make decisions based on reliable and up-to-date information.

Another important advantage lies in the capability of SEMEATOS’s vacuum seed distribution system to handle the planting of challenging crops such as canola. Due to the extremely small seed size, this operation requires a very high level of precision — something many conventional systems currently available on the market are unable to achieve efficiently. With its exclusive kit, the system delivers accurate and efficient canola planting performance.

With this launch, reinforces its commitment to innovation and sustainability in no-till farming systems, offering smart solutions that increase operational efficiency and contribute to more precise and cost-effective agriculture.

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