Agricooltur® is a pioneering company revolutionizing agriculture through patented aeroponic systems, offering fresher and healthier crops with lower environmental impact. To support this innovation, Agricooltur® partnered with us to develop a custom LED lighting system focused on LED efficiency, plant quality, and sustainable results. Our collaboration aimed to deliver advanced LED grow lamps that integrate perfectly with aeroponic farming setups. The goal: to ensure optimal plants growth, reduced energy usage, and a long-lasting, adaptable system. This partnership exemplifies how growing lights can enhance next-generation farming models while preserving the planet’s resources and improving indoor plants care in controlled environments.

Basil plants under Ambralight LED grow lamps in aeroponic system with optimized led light spectrum and high led efficiency.
Seedlings under purple LED grow lamps by Ambralight for controlled plants growth in aeroponic system and aeroponic farming.
Ambralight LED lamps on plants shelves in indoor vertical farming, for efficient plants growth in aeroponic system.
Close-up of Ambralight LED grow lamps turned on, showing logo and optimized led light spectrum for aeroponic farming.
The project

In aeroponic cultivation, managing environmental factors—especially light—is essential to promote efficient and uniform plants growth. Agricooltur® needed custom LED lighting with an adjustable LED light spectrum to support each plant stage, from germination to flowering. Our solution: a tailored lighting system using dimmable LED lamps with precise control over intensity and spectrum. The benefits of LED lighting became immediately evident: long lifespan, low heat output, and outstanding LED efficiency. This allowed Agricooltur® to minimize energy consumption and operational costs while ensuring a controlled environment that optimizes growth within vertical farming systems and aeroponic greenhouses.

Installation description

The LED growing lights developed for Agricooltur® feature a complete, customizable LED light spectrum designed to support plant needs throughout every growth stage. This artificial light system mimics sunlight while maximizing LED efficiency and optimizing the effect of light on photosynthesis. The lighting includes:

  • Blue light: stimulates vegetative growth, enhances photosynthesis, and supports leaf development—essential in early stages.
  • Red light: promotes flowering and fruiting, aiding plants during the reproductive phase.

The system also regulates the photoperiod, adjusting light exposure based on the crop’s development. During the vegetative phase, plants receive 6 to 18 hours of light per day, ensuring uniform plants growth. This precise control supports better indoor plants care and high-yield results in vertical farming systems.

Installed product

Aquila

The lighting system integrates our AQUILA lamp—engineered specifically for indoor vertical farming, plants shelves, and aeroponic systems. AQUILA offers a highly customizable spectrum and dimmable intensity, making it perfect for supporting plants growth at every stage. It’s built for humid and low-light environments, ensuring reliability and minimal maintenance. The dimmable LED lamps allow precision control, adapting to plant needs in real time. Its compact design makes it easy to install in vertical racks or small enclosures, while maintaining uniform light distribution. AQUILA’s performance in this case confirms its value for advanced agricultural setups that demand adaptability, efficiency, and sustainability in lighting for modern cultivation.

Benefits achieved

Thanks to the integration of our AQUILA LED grow lamps, Agricooltur® gained several key advantages:

  • Optimized growth: a tailored spectrum for each phase, from germination to flowering.
  • Energy savings: significantly lower consumption compared to traditional lighting.
  • Uniformity: consistent plants light supports homogeneous development across crops.
  • Sustainability: an eco-friendly approach, reducing impact while improving output.

This case highlights how LED efficiency and precise spectrum control contribute to next-generation aeroponic farming. By combining innovative system design with the effect of light on photosynthesis, Agricooltur® created a productive, scalable model for modern agriculture. The collaboration exemplifies how tailored LED growing lights can elevate crop quality and environmental responsibility at the same time.