Automate deleafing in your tomato greenhouse
Deleafing is essential, but it’s time-consuming and physically demanding.
Aisprid’s autonomous robot handles a large part of the work for you, helping maintain consistency while easing the burden on your teams.
Free up time for what matters most: managing your crops.
An autonomous deleafing robot designed for greenhouse operations
Aisprid automates one of the most demanding tasks in tomato production.
By taking on the majority of deleafing work, the robot helps you maintain consistency, reduce strain on your teams and keep operations under control throughout the season.
It operates continuously and independently, with minimal intervention.
Why integrate an automated deleafing robot into your greenhouse?
- Improve consistency and crop hygiene ➡️ Maintain regular, precise deleafing across the entire crop cycle
- Tackle labour shortages labor shortages ➡️ Reduce reliance on manual labour for a critical task
- To reduce physically demanding work ➡️ Limit exposure to heat, height and repetitive movements in the greenhouse
- Refocus your team efforts on high-value work ➡️ Free up time for crop monitoring and agronomic decisions
A concentration of technology
Supporting greenhouse tomato growers
Growing demand and ongoing labour challenges are putting increasing pressure on greenhouse operations.
Aisprid supports growers with a practical solution: automating one of the most demanding tasks while improving day-to-day working conditions.
The benefits are immediate. More consistent operations, reduced physical strain for teams, better crop protection and fewer risks linked to manual intervention.
This is a step towards a more resilient model of farming, where robotics and AI support both plant performance and the people behind it..
The most widely used deleafing robot in greenhouses
Automate up to 80% of deleafing
In many greenhouse operations, Aisprid robots can take on up to 80% of deleafing tasks, helping you increase capacity and reduce reliance on manual labour
A practical way to secure this critical operation throughout the season.
The robot in 5 key features
- Continuous operation: deleafing day and night (20h/24 – 7 days a week)
- 100% autonomous row switching
- Clean cuts close to the plant, limiting disease propagation
- Improved working conditions (automates demanding tasks at height or in high temperatures – reduces repetitive movements and the risk of injury)
- Regular updates to stay at the cutting edge of performance
See the robot working in real conditions
Watching the robot in a video is good, but seeing it working in a greenhouse is even better!
To see how the Aisprid deleafing robot can support your daily operations, we regularly organize greenhouse demonstrations with our partners in France, Belgium, and the Netherlands
A strong presence across Europe’s key greenhouse regions
Already used daily by teams in major French cooperatives, the Aisprid robot is now available to tomato growers in Belgium and the Netherlands.
We work closely with growers allows us to continuously refine the solution in real conditions.
What growers say
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Grower stories
See how tomato growers are using Aisprid robots in their daily operations, from first installation through to long-term use.
Discover why they made the switch, how they organise their work and what they’ve learned over several seasons.
Frequently asked questions
How does the robot work?
The robot runs on a lithium battery with up to 20 hours of autonomy and recharges in under 2.5 hours. It operates day and night, including under artificial lighting, and switches rows automatically. Thanks to its mobile connectivity, you can monitor its activity, progress and status remotely.
What cutting height can the robot handle?
The robot operates between 0.8 and 2 metres from the rails. The height can be adjusted to suit the job at hand.
What are the requirements to install a robot in my greenhouse?
For optimal efficiency, the robot is currently best suited to cluster tomato varieties with semi-upright growth, low leaf density and longer internodes of around 5 to 8 cm. A string-based plant training system is preferred. If metal clips are used, they should be positioned at truss level rather than leaf level to avoid interfering with the cutting system. The robot is able to detect clips and adapt accordingly. Rails must be securely fixed with a maximum lateral movement tolerance of 2 cm, and the concrete aisle width should be greater than 2.4 metres.
