Dual Draft Integrated Airflow has launched the Infinity Tray system, which allows greenhouses and single-tier cultivators to utilize under-canopy airflow, improved environmental control, and excellent drainage capabilities. In addition to improving drainage, which is essential for shielding plants from mold, bacteria, and root-borne illnesses, the plumbing and installation are easier. The Dual Draft Zero-Clearance and Hurricane Airbox technologies from the brand are compatible with its Infinity Tray system, which comes in 4' and 5' widths depending on your crop size.
"The Infinity Tray solution addresses the unique design needs of single-tier growers in cannabis and non-cannabis CEA," said Greg Panella, CEO of Dual Draft. "By thinking a little differently about the challenges of air and water, it is possible to become more sustainable and grow more high-quality plants, with the same or fewer inputs."
Under-Canopy Airflow Trays
Dual Draft Integrated Airflow Launches the 'Infinity Tray System'
Trend Themes
1. Under-canopy Airflow - The under-canopy airflow trend presents opportunities for innovations in plant growth systems.
2. Improved Environmental Control - The trend towards improved environmental control in cultivation facilities presents opportunities for innovations in automation and HVAC systems.
3. Drainage Capabilities - The trend towards improved drainage capabilities in cultivation facilities presents opportunities for innovations in drainage systems and plant health monitoring technologies.
Industry Implications
1. Greenhouse Farming - The greenhouse farming industry can benefit from under-canopy airflow and improved environmental control technologies to increase crop yields and enhance plant health.
2. Indoor Agriculture - The indoor agriculture industry can benefit from innovations in drainage capabilities to prevent plant diseases and optimize crop growth.
3. Cannabis Cultivation - The cannabis cultivation industry can benefit from the Infinity Tray system and other technologies that address the unique needs of single-tier growers in maximizing yields and quality while minimizing inputs.