PowerPollen and Oxbo announced the first mechanized pollination solution for corn seed production, allowing seed companies to directly purchase, integrate, and scale the system ahead of the 2026 growing season. This exclusive partnership, effective through 2030, combines PowerPollen’s second-generation technology stack with Oxbo’s 5180 high-clearance power units, creating a commercial pollination technology that promises improved control, reliability, and yield.
The system enables precise, on-demand pollination that reduces risks associated with weather and timing, improves seed quality, and increases yields by more than 20% across commercial acres. For seed companies, this means greater predictability and efficiency in hybrid seed production, a critical factor in meeting global food demand. The partnership also marks PowerPollen’s strategic shift from a service model to a scalable product platform, opening up global market potential.
PowerPollen, established in 2015, offers patented technology to collect, preserve, and apply pollen on-demand. After multiple seasons of field trials across thousands of commercial acres, the company has demonstrated yield improvements in hybrid corn seed production. With additional research operations in Puerto Rico and Texas, PowerPollen is headquartered in Iowa. Learn more about how PowerPollen’s on-demand pollination technology works at www.powerpollen.com.
Oxbo, serving the application, forage, fruit, seed, vegetable, and root crop markets, is known for specialty harvesting and controlled application technology. The partnership integrates PowerPollen’s technology with Oxbo’s 5180 high-clearance power units, providing a robust platform for commercial deployment. More information about Oxbo is available at www.oxbo.com.
The implications of this announcement are significant for the seed industry. By offering a purchaseable, integrated system, seed companies can now own and operate the technology, bypassing previous service-based limitations. This could accelerate adoption of precision pollination, potentially transforming hybrid seed production globally. The ability to apply pollen on-demand reduces dependency on natural pollination windows, mitigating climate risks and enhancing seed uniformity. As the first fully mechanized solution for corn, it sets a precedent for other crops and could spur further innovation in agricultural biotechnology.
