High-Efficiency Greenhouse Collaborative Robot

It is especially cost-effective for small and medium-sized nurseries, which are our primary target market. The robot is among the most affordable on the market; while it may not have the absolute highest hourly speed, its modular design allows you to run multiple units side-by-side with a low, accessible entry cost compared to large-scale industrial systems offered by competitors.

Getting started with basic operation takes only a few hours, as the machine comes pre-configured for a wide range of plant varieties. For programming new species, a brief training session is provided: the system operates via an intuitive guided wizard on a tablet, requires no coding skills, and can be mastered in just a few hours or, at most, a couple of days.

Only one operator is needed for the entire line. Traditional setups usually require 2–3 transplanting workers plus one dedicated to the potting machine. With the cobot, the potting machine operator can oversee the robot simultaneously, only carrying out periodic tasks such as loading trays every 10–20 minutes, visual quality checks, and filling any empty pots or missing seedlings.

It works in any type of greenhouse. The machine is not placed inside the plant growth or cultivation area; instead, it operates in the standard staging and working space that nurseries already dedicate to transplanting activities.

No. Nurseries already have the necessary flooring and clearance for their transplanting line: the robot is simply integrated directly into your existing setup without requiring any structural changes.

No. The engineering is specifically tailored for humid environments, water splashes (some clients also run belt irrigation), and dust. The pneumatic grippers are equipped with a dedicated air-filtration system to prevent debris and particles from affecting performance.

Yes, it supports multiple recipe profiles and adapts smoothly to various crops. Unlike needle gripper systems that risk tearing roots or damaging delicate bulbs (such as cyclamens), it uses soft, interchangeable pneumatic grippers tailored specifically to the crop specifications requested by the client.

Energy consumption is very low. It is engineered to require less power than competing machinery because it relies on fewer motorized electrical actuators. The grippers are pneumatic and air-driven via compressor (exact consumption figures and technical specifications are detailed in the technical manual).

It is currently optimized and certified specifically for transplanting due to occupational safety standards. While the hardware can physically handle additional tasks (such as produce packaging or sorting), each new application must be custom-defined, tested, and certified before commissioning.

An automated greenhouse (such as a vertical farm) is a complete, self-contained facility engineered from scratch with substantial capital investment. Our collaborative robot is a modular, flexible unit that integrates into existing commercial greenhouses to optimize individual processes without redesigning your whole infrastructure.

As a collaborative robot (cobot), it complies with stringent safety regulations and operates at torque-monitored, safe speeds designed for human proximity. It can work side-by-side with your staff or be installed inside a fenced robotic cell if your goal is full end-to-end automation.

Yes, numerous incentive programs are available, including Smart Agriculture / Industry 4.0 schemes and regional Rural Development Programs (RDP/CAP). Many of these programs offer non-repayable grants covering up to 80% of the cost. Organizzazione Orlandelli provides itemized quotes and compliant technical documentation to streamline your grant application.

Yes, it can. While not a standard baseline feature on every unit, adding machine vision cameras and AI inspection software for plant health monitoring or anomaly detection is an optional module that can be custom-integrated upon request.