Hydroponic System for Dragon Fruit Cultivation
Transform the uncertainty of exotic crops into a predictable and scalable business model.
Our technology delivers yields of up to 3 kg/m² in the first year, compared to virtually no commercial production under traditional methods, and can reach 8 kg/m² from year three onward through optimized planting density and layout
Project profitability begins with design.
Traditional soil cultivation is a slow path to profitability. Capital remains tied up for years before the crop reaches full productive maturity, while labor-intensive pruning, training, and staking operations continue to generate significant costs.
Accelerate plant growth to start generating revenue as soon as possible.
First-year harvests are possible because the crop is established at its final elevation from day one. Instead of being planted in the ground and later trained upward, the system starts at production height, effectively gaining an extra year of productivity and delivering commercial harvests of up to 3 kg/m² in the first year.
We transform agricultural uncertainty into a predictable financial model, eliminating labor costs during non-productive periods.
Traditional plantations tie up capital for years before reaching peak production, while low soil yields continue to erode profitability.
Bring harvests forward and drastically reduce labor dependency during non-productive periods, especially in the early years of the crop
The hydroponic system accelerates vegetative growth, bringing production forward and shortening the path to profitability. At the same time, we provide exclusive access to self-pollinating commercial varieties, eliminating manual pollination costs without compromising fruit size, quality, or market value.
Precocity (Earlier Revenue) and Reduction of Labor OPEX.
| Production Scenario | Staffing Needs | Start of Production |
| Traditional Soil | High (staking required) |
Slow (Late return on investment) |
| NGS System for Dragon Fruit |
Harvesting only (elevated crop) |
Accelerated (Up to 3 kg/m² in the 1st year) |
Structural Engineering for Tropical Crops
A robust support system that facilitates the management of the adult plant from day one.
We do not adapt an existing system; we have designed the structure that dragon fruit needs.
TECHNOLOGY The NGS hydroponic system combines hydroponic technology with a purpose-built support structure of posts and crossarms that guides plant growth. Optimized 2.0-meter row spacing improves operational efficiency while ensuring maximum light exposure for every productive branch, driving higher yields and crop uniformity
OPERATIONAL ADVANTAGE The main advantage lies in the ability to start the crop at elevation, eliminating the costly need to train the plants from ground level during the first year. In addition, the precision of hydroponic irrigation promotes superior root development, resulting in higher and more uniform yields.
STRUCTURAL FIT The ground-mounted system can be installed on any structure, even outdoors.
Why does a cactus produce more in NGS hydroponics?
The significant increase in production is the result of engineering, not chance. Dragon fruit performs at its highest potential under rigorously controlled irrigation and nutrient solution conditions.
The hydroponic system delivers the exact amount of water the cactus needs at every stage of its development.
Precise nutrient solution management allows growers to implement targeted nutritional strategies that promote rapid vegetative growth, stimulate flowering, and optimize fruit development.
The adoption of self-pollinating varieties dramatically reduces labor requirements, transforming profitability by eliminating manual pollination costs.