SAMI Robotics' AI-Powered Lettuce Harvesting

Agriculture Technology

Sep 24, 2026 · 3 min read

SAMI Robotics' AI-Powered Lettuce Harvesting

Sami Robotics' AI-powered lettuce harvesters are already selling crops picked by robots in Quebec. The Quebec-based startup's technology is designed to meet the demands of the labor shortage and the specific challenges of lettuce harvesting.

The Robotic Revolution in Lettuce Harvesting

Sami Robotics, a Quebec-based startup, is not just experimenting, but selling commercially. It's already sold romaine lettuce that was harvested commercially in Quebec through the 2025 season. As a launch point for SAMI, the robotic arms move at once, cutting romaine lettuce with nobody in the field. Built by SAMI Robotics, this platform carries 12 to 18 arms working in parallel. "It's working with AI and cameras to check every plant. Then it cuts only the heads that have reached size," the narrator explains. The rest are left standing for the next pass, mimicking a human cutter.

Tailoring to the Labor Shortage

The lack of skilled farm labor is an issue that can no longer be ignored. The reasons for non-labor-sensitive crops are clear, with the harvest specifically difficult. Where SAMI excels is where the workforce shortages are most severe. "Most head lettuce is still cut by hand." It takes a crew of about 10 cutters and 16 packers, stackers, and drivers to get through 2,500 to 3,000 cartons in an eight-hour day. This crew is getting harder to find. Farms report an average shortfall of 20% despite hiring efforts. SAMI Robotics is here to fill this gap, leveraging its ability to reduce a well-structured crew of hands down to one machine that works parallel into the workforce.

Making Use of the Platform

Sami robotic arms are all about using AI and auxiliary parts. The platform hosts a long list of tools that will navigate through a farm, such as:

  • Lighting: It can run day and night because it brings its own lighting. As it harvests, it also reads the field.
  • Forecasting: It forecasts which plants will be ready in the days ahead.
  • Parallel Work: The platform carries 12 to 18 arms working in parallel. These are the perks of the SAMI platform being a robotic giant in tailored environments.

Ease of Use

As the robotic harvesters weave through the fields, their movements mimic the careful harvest of experienced human hands, but with the efficiency and continuity of machines. While a crew of 26 humans might take eight hours to harvest 3,000 cartons, SAMI can now harvest a comparable amount.

Track the Lifetime of the Plant

SAMI has set its eyes on expanding the capabilities of its robotic arms which is undoubtedly a herculean task. The current SAMI platform is being built to weed, thin, fertilize, and spot treat pests. It is not idle for 10 months a year. In July 2026, Western Growers picked SAMI for the first sponsored residency in commercial California fields. Costs have not been determined yet, but it is an exciting prospect. Whether it beats a hand crew on cost is the question the Salinas season has to answer.

Expanding to Other Plants

The SAMI platform is not just limited to lettuce. "Romaine is next in line with iceberg, cauliflower, and artichoke on the roadmap." The platform is being built to help farmers all year round. The transition from romaine lettuce to other plants is not a radical change but will allow the company to make its “workman” versatile.

The Cost Factor

While SAMI’s engineering is impressive, the key question remains: whether it beats a hand crew on cost. It remains to be seen if the next season will give a favorable response for the cost-efficient SAMI. The platform’s ability to forecast, navigate, and harvest with unmatched precision is commendable, and the incoming seasons will surely bring more insight into its pricing and cost-efficiency. The Summer Salinas season is an exciting few months for the SAMI company.

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Questions readers ask

How does SAMI Robotics' AI-powered lettuce harvester work?

SAMI Robotics' lettuce harvester uses a platform with 12 to 18 robotic arms that work in parallel. The AI and cameras onboard check each plant and cut only the heads that have reached the desired size, leaving the rest for the next harvest. This mimics the selective harvesting done by human hands but with increased efficiency.

What makes SAMI Robotics' technology particularly useful for lettuce harvesting?

SAMI Robotics' technology is specifically designed to address the labor shortage and challenges unique to lettuce harvesting. It can reduce the need for a large crew of humans, which is becoming increasingly difficult to find, making it a valuable solution for farms facing workforce shortages.

Can the SAMI platform be used for other crops besides lettuce?

Yes, SAMI Robotics plans to expand the use of its platform to other crops. Romaine lettuce is the current focus, but the company has plans to transition to iceberg, cauliflower, and artichoke, making the platform versatile for year-round farming.

What additional tasks can the SAMI platform perform besides harvesting?

The SAMI platform is being developed to perform a range of tasks beyond just harvesting. Future capabilities include weeding, thinning, fertilizing, and spot treating pests. This means the platform won't be idle for extended periods and can provide continuous support to farmers.

How does the SAMI platform's efficiency compare to human labor?

The SAMI platform can harvest a comparable amount of lettuce to a crew of 26 humans in the same amount of time. This efficiency is due to the platform's ability to work continuously, day and night, and its capacity to perform multiple tasks simultaneously.

What are the cost implications of using SAMI Robotics' technology?

The costs of using SAMI Robotics' technology have not been fully determined yet. While the platform offers significant labor savings, the actual cost-effectiveness compared to human labor will be evaluated during the 2026 Salinas season.

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