Grown Different
Award Winning Grow Systems Conceptualized by NASA & Perfected by Dizgo Collective
Why Aeroponics?
Aeroponics is a cultivation method where plant roots are suspended in air and fed directly with a nutrient-rich mist. This allows for precise, controlled delivery of the exact nutrients each plant needs, right when it needs it. The result is cannabis that's cleaner and more consistent than what conventional growing methods can produce.
Our proprietary aeroponics grow system has redefined what's possible for indoor farms. This technology makes it possible for us to use less land and water, all while reducing our carbon footprint and eliminating the need for harmful chemicals like pesticides and herbicides.
Benefits of Aeroponics
Precision at Every Stage
Our facility is built around control. Temperature, humidity, light cycles, nutrient delivery. Every variable is monitored and adjusted to give each plant the exact conditions it needs to reach its full potential.
There's no room for inconsistency when you're growing cannabis. Our customers expect the same experience every time they open a Dizgo product. Aeroponics makes that promise possible.
The People Make the Difference
Technology is only as good as the people running it. Our cultivation is led by Chief Horticulture Officer Michelle Keller and Head Grower Matt Johnson, two of the most experienced aeroponic growers in the state of Minnesota.
Michelle has spent 12 years developing and refining aeroponic systems. Matt brings daily precision to plant health, environmental balance, and harvest timing. Together they treat every grow cycle as both a science and a responsibility.
Our goal is simple: grow dependable cannabis you can trust.
What's In Your Cannabis Matters
In a market where consumers are increasingly asking what's in their cannabis and how it was grown, aeroponic cultivation promises no pesticides, no herbicides, and no soil-borne contaminants. Just nutrient mist, controlled light, and the hands of growers who care about what ends up in the final product.
