PowerPollen, a US-based agritech company, has partnered with Dutch agricultural equipment manufacturer Oxbo to introduce a mechanized pollination solution for corn seed production. The partnership brings the system to commercial availability, allowing seed producers to purchase and integrate the technology into their operations and plan for scaled use ahead of the 2026 growing season.
The collaboration combines PowerPollen’s second-generation pollination technology with Oxbo’s 5180 high-clearance power units to enable mechanized pollen application in seed corn fields. The approach focuses on providing greater control over pollination timing and application in production environments where outcomes are often affected by weather conditions and narrow operational windows.
For the first time, seed companies don’t have to rely on limited-service windows. They can own the technology, run it on their schedule, and integrate it directly into their operations. That shift not only scales pollination in a historically unprecedented manner, it also represents PowerPollen’s unyielding commitment to the success of our customers.
PowerPollen said the product offering reflects its focus on developing commercially durable pollination systems intended to support seed producers and improve efficiency across seed production operations.Oxbo contributes equipment design and manufacturing capabilities, drawing on experience across application, forage, fruit, seed, vegetable, and root crop markets, including specialty harvesting and controlled application machinery.
Scaling Pollination Through Partnership
According to PowerPollen, the partnership, expected to run through 2030, reflects comapany’s transition from a service-based offering to a product-led model, enabling seed companies to purchase, own, and operate pollination equipment directly.
PowerPollen’s research and development work in Puerto Rico and Texas has supported the development of systems that collect, preserve, and apply pollen at defined stages of the production cycle. The company was established in 2015 and develops technologies for the collection, preservation, and application of pollen for use in commercial agriculture. The company’s systems are designed to enable controlled pollen application in seed production, including hybrid corn.
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Jason Cope, co-founder and chief innovation and product officer at PowerPollen, said the company was initially founded to address reliability challenges in agricultural pollination, with the aim of supporting productivity and resilience in seed production. He added that the commercial availability of the technology through a partnership with Oxbo marks a milestone for the company, reflecting the transition of its pollination systems from development to broader market use.
Cope noted that the collaboration demonstrates how biological innovation can be scaled through established engineering and manufacturing capabilities, and described the partnership as an early step in the company’s longer-term approach to commercializing pollination technology.
Shifting Control to Seed Producers
The introduction of a mechanized pollination system for corn seed production reflects a broader shift in agritech toward automation in areas that have traditionally relied on manual labor and narrow biological timing. Pollination remains one of the most operationally sensitive stages in hybrid seed production, with outcomes closely tied to weather conditions, labor availability, and precise scheduling. Technologies that seek to standardize this step are increasingly positioned as tools to improve predictability rather than maximize performance.
Partnering with PowerPollen allows us to deliver a step-change technology that gives seed companies more control over their outcomes. It’s a natural extension of our trusted chassis platform and reflects Oxbo’s commitment to driving innovation in specialty agriculture.
The collaboration between PowerPollen and Oxbo illustrates how crop pollination technologies are being paired with established farm machinery to enable commercial-scale deployment. By moving from a service-based approach to a product model, the offering places greater responsibility and control directly with seed producers, who must evaluate integration, cost, and operational fit within existing systems.
