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High-Efficiency Greenhouse Collaborative Robot

Code:corobot01-1pz
  • Tailor-made Customization: Configuration and setup optimized for each producer's specific workflows.
     

  • Rapid ROI: Optimized processes and reduced manual costs ensure quick payback and increased profitability.
     

  • Collaborative Synergy: Maximum logistical efficiency thanks to the seamless integration between technology and greenhouse operators.

Characteristics
Characteristics

High-Efficiency Greenhouse Collaborative Robot

Horticultural automation solutions represent a new generation of collaborative robots designed to optimize greenhouse processes. These systems integrate precision, speed, and ease of use to meet the needs of modern floriculture and nursery businesses.

System operation
The robot replaces repetitive manual tasks thanks to Pick & Place technology, reaching up to 2,400 cycles per hour. It is managed via an intuitive touch interface and is easily relocatable within the greenhouse to adapt to different workflows.

Key advantages
 
  • High productivity: Reaches 2,400 picks per hour, ensuring a constant speed superior to manual labor.
  • Cost reduction: Automates repetitive operations, slashing management expenses and addressing personnel shortages.
  • Certified safety: The lightweight and padded design allows it to work alongside operators without the need for protective barriers.
  • Rapid Integration: Easily fits into new or existing production lines with simple and immediate programming.
  • Total mobility: The structure is designed to be moved easily, adapting flexibly to dynamic layouts.
  • Quality and scalability: Ensures crop uniformity and sustainable production growth with low entry costs.

Robot dimensions (Operating footprint)

  • Maximum Height: 1,200 mm (approx. 47 in)
  • Width: 800 mm (approx. 32 in)
  • Depth: 550 mm (approx. 22 in)


Technical Note: The measurements provided above are indicative and may vary depending on the specific configuration or the final application of the robot (application dependent).


 
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