Brochure (English)
The aponix vertical barrel is a solution to enable local or ‚hyperlocal‘ edible plant production in 3D. The mission is to eliminate food miles and waste around food logistics and at the same time delivering more varieties harvested at the ideal ripeness to consumers delivering much higher nutrition and more fun. And aponix explicitly addresses commercial activities _and_ end prosumers. Any plant which eventually is consumed from such a system will be a win for planet and people.
Broschüre (Deutsch)
Aponix provides robust horticulture building blocks that make it possible to set up grow spaces efficiently within a 3-dimensional cultivation space. That is the main difference to the standard methods using NFT channels or DWC methods, which are one or layered 2D and usually organized in fixed, very individual and immobile structures like racks, which create more practical challenges than they solve.
Grow space setup
The aponix vertical barrel incorporates a bunch of valuable key features that allow for a very versatile setup of a new type of urban farms with much smaller 2D footprint than their traditional commercial counterparts urban locations, for outdoor and indoor farming. The aponix barrel is designed to allow you to quickly grow a clean and organic garden. Quality and usability make the difference!
Assembly / Pieces
Quick navigation
- Detailed information like metrics in our FAQ and Key Features sections.
- Integration examples, setup sketches.
- Check out our product facebook page and the new technical user group.
The aponix vertical barrels are suitable to grow herbs and lettuces in vertical gardening/farming situations.
Plants get their nutrients from vertical drip irrigation generated by one inverted sprinkler or our water buffer top inside each vertical cylinder (‘barrel’), converting it into a giant vertical 3D-NFT! There is also a soil-based version and other options for indoor farming. The outside can be configured according to crop size. Height and number of grow spaces are always flexible.
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- LVG Heidelberg 2017
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- Pfistererhof 2017
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- BuGa 2019
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- Prototyping 2015
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- Pfistererhof 2017
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- Prototypes 2016
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- LVG 2017
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- Soilbased home
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- Prototypes 2016
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- Final product 2017
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- Prototyping 2015
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- Prototyping 2015
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- LVG 2017
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- Prototypes 2016
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- Soilles Standalone
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- Prototyping 2015
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- BuGa 2019
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- Prototypes 2016
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- Home soil based
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- Prototypes 2016
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- LVG 2017
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- Prototypes 2016
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- Prototyping 2015
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- Marco
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- Prototypes 2016
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- Prototypes 2016
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- LVG 2019
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- Prototypes 2016
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- Prototypes 2016
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- Prototypes 2016
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- 2018 Substrat based
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- LVG Heidelberg 2017
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- LVG 2019
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- Prototyping 2015
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- BuGa 2019
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- Prototyping 2015
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- LVG 2017
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- LVG 2017
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- Theresia Bauer 2015
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- Prototyping 2015
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- Prototyping 2015
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- LVG 2018, standalone
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- LVG 2017
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- Pfistererhof 2017
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- Prototypes 2016
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- LVG 2019
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- Prototypes 2016
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- BuGa 2019
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- 2018 Substrat based
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- BuGa 2019
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- LVG 2019
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- Prototypes 2016
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- LVG 2017
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- Prototyping 2015
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- Pfistererhof 2017
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- Prototypes 2016
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- LVG 2017
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- LVG 2017
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- LVG 2017
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- Prototypes 2016
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- Soilles Standalone
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- GreenTech 2016
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- China, Exhibition
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- LVG 2017
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- LVG Heidelberg 2017
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- Exhibition
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- BuGa 2019
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- Pfistererhof 2017
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- BuGa 2019
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- Prototypes 2016
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- Prototypes 2016
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- Prototypes 2016
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- Home soilbased
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- CropWorld 2016
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- GreenTech 2016
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- CropWorld 2016
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- Pfistererhof 2017
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- Exhibition
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- CropWorld 2016
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- LVG 2017
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- 2018 Substrat based
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- Prototyping 2015
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- LVG 2017
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- LVG 2016
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- CropWorld 2016
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- CropWorld 2016
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- Pfistererhof 2017
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- Prototyping 2015
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- Setup soil based
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- LVG 2019
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- Prototypes 2016
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- Terrace
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- LVG Heidelberg 2017
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- LVG 2017
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- GreenTech 2016
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- Prototyping 2015
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- Soilles Standalone
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- China, Exhibition
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- LVG 2017
