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Vertical Farm

Print Profile(2)

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A1 mini
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SUPPORTED V4 MODULE ---- 0.2mm layer, 2 walls, 15% infill
SUPPORTED V4 MODULE ---- 0.2mm layer, 2 walls, 15% infill
Designer
32.8 h
10 plates
5.0(2)

V3 MODULE ----- 0.2mm layer, 2 walls, 15% infill
V3 MODULE ----- 0.2mm layer, 2 walls, 15% infill
Designer
30.2 h
5 plates

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Description

This is a small project I've taken a lot of joy in making. The print profiles uploaded include the v3 and v4 models. Since the v3 was the original model published, I will keep the print profile uploaded for those who happened to download and print it in the case spare or replacement parts are needed for those systems. The V4 model has improved quality, print times, require less material, prevents leakage, and has a stronger modularity. The photos uploaded consist of the v4 modules.

 

A vertical farming unit that has a small enough footprint that it can be placed indoors and can nearly entirely be printed on an A1 mini(with the exception of the water pump parts and starters for your desired seedlings).

 

One of my main goals with this model was modularity. The ability(and right) to repair something is important to me. Each section can be removed from it's counterparts. This allows individual pieces to be cleaned, maintained, or replaced completely without the need to reprint an entire farming unit.

 

At each spout, you'll notice the inserts that can be removed. That's where the magic happens. Where your little seeds you've selected get to come to life. You'll need find a seedling starter sponge that you prefer to slot into each insert of your choosing. In order for your seedlings to thrive, place in indirect sunlight(PLA is subject to damage when exposed to UV for long durations of time). I recommend a mineral water(spring water) as a base with a liquid fertilizer for your desired crop(these vary and can be harmful, GO GREEN and environmentally safe if available).

 

I personally chose to use a small 5v water pump for this build for it's low cost and low energy usage. A 1.5"x1.5"x1.1"(LWH) pump specifically.

https://www.amazon.com/dp/B07Y27SVPP?ref=ppx_yo2ov_dt_b_fed_asin_title Here is the pump I chose. Availability in your area may vary.

 

If you have any questions or concerns, I will be happy to answer!

 

Happy farming!

 

 

Comment & Rating (19)

(0/1000)

looks nice
The designer has replied
1
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I’m glad you like it!
0
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Would it be possible to get a picture of the tubing?
The designer has replied
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I can work on adding a photo of the tubing inside the vertical farm. Was there a particular angle or point you needed help with? With the unit assembled, you can’t necessarily see the tubing while it’s installed
(Edited)
1
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Replying to @khaki :
Mainly the top and reservoir :) The pictures are quite explanatory already, just wanting to see how far you take the top tube etc.
(Edited)
designer
1
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Replying to @3dbhex :
The original pump I was using for this project is now being used with another project. I ordered another replacement and it should arrive tomorrow. I can add photos to this thread once it is recieved and installed :)
0
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Would this be better to print in PTEG?
The designer has replied
designer
1
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If you intended on placing it in direct/indirect sunlight or outdoors, yes. PLA does not do well with UV light and may become brittle over time
(Edited)
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Replying to @khaki :
What about long time water exposure? Can it handle that?
designer
1
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Replying to @Way2Pin :
I would recommend using some sort of sealant to seal either plastic. Because 3D printing is fundamentally porous, moisture/water can set into the plastic causing it to become more brittle over time or even mold if not drained and dried frequently
0
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After extended use, I found that the reservoir leaks from the top intersecting point. The leak is minor(very very very very little water leaks out). I am currently working on a v4 for this entire model(printing as I type this). More rounded edges for a faster print times with the need for less supports(less material used in the long run). The rounded edges and larger intersecting piece for the reservoir should remove any leaking. The versions will all be cross compatible with each other. V3(the model I uploaded) will be compatible with all the v4 models(the models with rounded edges). The reservoir for v3 will be removed from the print profiles as it is faulty and leaks.
(Edited)
The designer has replied
designer
3
Reply
The v4 module has been uploaded
1
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It would be interesting if you could put 2 or 3 plants per floor
The designer has replied
designer
1
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I agree! When I designed the vertical farm I had very little knowledge starting out. Both in terms of growing a crop or designing anything in CAD. It was a learning project for me. Since designing the farm, I’ve learned that the reservoir can only handle a small amount of plants due to PH drift in the water, otherwise the water would have to be changed out constantly, replaced, and tested once again. When I eventually add files for a larger reservoir, I plan on adding the ability to house and grow more plants at a time
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Print Profile
SUPPORTED V4 MODULE ---- 0.2mm layer, 2 walls, 15% infill
The profile uploader has replied
profile
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Thank you for the positive review!
0
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Print Profile
SUPPORTED V4 MODULE ---- 0.2mm layer, 2 walls, 15% infill
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