Services
Cultivation
Medicinal Harvest provides contract growing services to third parties seeking unique medicinal cannabis flower products, either from inhouse genetics or supplied genetics.
The facility is an indoor cultivation system with positive pressure air control, utilising high output LED light at 1000 uMol/s/m plus in the flowering compartments. Customised climate control solutions ensure high quality cannabinoid production and consistency of output.
We use multi-tiered racking to maximise canopy space and improve efficiency.
The significant degree of control in the facility, combined with our experience in high technology greenhouse and sole source lighting facilities, enables the development and consistent supply of unique product profiles.
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Sustainability is a key driver of Medicinal Harvest's cultivation practices.
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Research
At Medicinal Harvest, research and development takes place under commercial cultivation procedures, with the results of such work directly transferrable into new and existing operations.
R&D is conducted for international strategic partners with transfer to locations globally where medicinal cannabis cultivation occurs.​ Some of our R&D is also applicable more generally to Controlled Environment Agriculture.
Medicinal Harvest's latest research collaboration is literally out of this world. Read about this exciting project below.
Pictured L to R: Associate Professor Cheryl ​McCarthy from UniSQ, Centre for Agricultural Engineering with Tracey Perez and Andrew Olley, Co-founders Medicinal Harvest ​
Plants in Space
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Medicinal Harvest is collaborating with two Australian universities and two industry partners to test Australian-developed plant monitoring technology in space and on Earth.
The University of Southern Queensland (UniSQ) is leading this iLAuNCH Trailblazer project. The plant monitoring technology will be flown to the International Space Station for a trial in space, which could provide vital clues to address food security challenges on Earth.
Medicinal Harvest is working with UniSQ to assess the technology’s commercial benefits for terrestrial Controlled Environment Agriculture (CEA).
The technology uses an AI algorithm developed by Associate Professor Cheryl McCarthy from UniSQ to detect early signs of plant stress using regular camera footage well before it becomes visible to the naked eye or traditional methods and optimise growth.
The iLAuNCH Trailblazer-backed initiative brings together UniSQ, Axiom Space, the University of Adelaide, Yuri Gravity and Medicinal Harvest. Read the full story here.​​​​​​​
