When a Robotics Giant Falls for Strawberries

Misumi Group partners with Oishii Farm to supply precision parts and co-develop ag robotics at its New Jersey vertical facility

31 Mar 2026

Indoor farming has long resembled a proof of concept in search of a business model. Now it may be acquiring something more useful: an industrial supply chain.

On March 16th, Oishii Farm, a New Jersey company that grows premium strawberries inside AI-managed vertical facilities, signed a supply agreement with Misumi Group, a Japanese manufacturer that serves more than 323,000 industrial customers worldwide. The deal brings Misumi's precision components into Oishii's Ametalas Farm in Phillipsburg, delivered through Fictiv, its American digital-manufacturing subsidiary acquired in 2025. Those parts underpin the robotic systems that regulate climate and enable harvesting with minimal human labour.

The logic is straightforward. Highly automated farms depend on mechanical reliability in ways that earlier, more labour-intensive operations did not. A faulty actuator or a delayed component order translates into lost yield, not a longer shift. Misumi's network spans the United States, India, Mexico, and China, offering the kind of supply-chain redundancy that indoor farming has historically lacked.

Beyond component delivery, the two companies have committed to joint research and development, designing mechanical parts built specifically for agricultural robotics rather than adapted from industrial applications. The products, they say, are intended eventually for the wider agritech sector.

For Oishii, the partnership addresses a persistent vulnerability: the gap between the sophistication of its growing systems and the industrial infrastructure needed to maintain them. For Misumi, it represents a calculated bet that agriculture is becoming a durable market for precision manufacturing, not merely a novelty.

Whether that bet pays off depends on questions the partnership leaves open. Vertical farming's economics remain difficult, particularly for premium produce sold in competitive grocery markets. A more reliable supply chain reduces one category of risk; it does not resolve the others. The Ametalas Farm is now both a strawberry operation and a testbed for purpose-built agricultural hardware. What it becomes beyond that is less certain.