How to build
The low profile LED holder
How to build the new low profile led holder guide.
This is the new model of 3d printable low profile led holder.
All parts from this guide can be used with the SuperGreenLab construction set.
What you'll need
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Low profile LED holder BY SuperGreenTomato
From SuperGreenTomato EU3D printed small footprint LED holder for any space
Get the best light spread possible 🌞
Set up your LED panels anywhere and in any configuration 👌
Th
US$20.88
*converted to local currencyUS$20.88
*converted to local currencySGL Construction Set BY SuperGreenLab
From SuperGreenLabAll the parts used for the SGL kits.
SuperGreenLab's construction set.
If you own a 3d printer these are all the parts used to cre
Free DownloadHolder wrist
Holder wrist
Push the transparent holder part into the arm's wrist.
Then add a 16mm screw to secure the holder in place.
Attach wall mount
Attach wall mount
Now attach the wall mount to the wrist, use a square nut on one side to screw everything together.
If you have the Cardboard Box Kit, you will have two holder extension arms, you can place these extension arms between the wall mount and the holder's wrist.
Attach the LED panel
Attach the LED panel
No add your SGL small panel, you can attach it thanks to two zip ties.
Glue your panel to your furniture's wall
Glue your panel to your furniture's wall
You can either use hot glue or double-sided tape to attach your panel to your box.
It's advised to have the pot already in place when choosing their position, the lowest panels should be at least 15cm higher than the pot if placed on a wall.
Tighten the screws
Tighten the screws
Once the holder is glued to your furniture you can tighten the screws.
Don't over tighten is tho, just enough for it to stay in place.
Panel height
Panel height
For vertical lighting: Don't put your panels too low.
Make sure there's some space between the top of the pot and the lower panels.
And you're done!
And you're done!
Of course those panels can be used with any flat surface.
Best is to place them so the plant has good coverage from different angles, which is the key to maximum yield per watts.