DIY BUBBLE CLONER "How To"

HydroRed

Well-Known Member
I have recently seen a lot of posts on here asking about the most affordable cloner with the best results.
This DIY Bubble Cloner "How-To" is my contribution to the site. I have had great success with this method of cloning and it is affordable and quite easy to make and get the parts for.

PARTS LIST:

(1) 10 Gallon Rectangular Tote with locking lid
(Approx. dimensions 21" x 16" x 9") -$7.00

(4) 14" Aquarium Bubble Stones -$11.00

(1) 20-60 Gallon Dual Outlet Aquarium Air Pump -$9.00

(1) 1/2" ID Rubber Grommet -$1.00

(1) 1/2" Barbed 90* Fitting -$1.00

(1) 12" Piece of 1/2" Tubing (see through) -$2.00

(1) 25' Length of 1/4" Silicone Tubing -$3.00

(1) Ebay Digital Aquarium Water Thermometer -$3.00

(13) 2" Neoprene Plugs -$6.00

(2) 1/4" Barbed "T's" -$1.00
1.JPG

2.JPG

NOTES:

All parts can be aquired at your local home improvement store/Walmart & Ebay

**Prices rounded to nearest dollar**

Be sure to pay attention to the top of the lid for the tote.
It's shape affects its function so look for a tote with a locking lid that is recessed down
lower from the edge to the center -keeping water from dripping out from the sealing edge of the container and lid.
(Use picture of tote for example)





TOOLS REQUIRED:

3/4" Hole Saw Spade Bit

1-3/4" Hole Saw

Tape Measure

Marker

Drill
tools needed.JPG
____________________________________________________________________________________________________________________


DIRECTIONS:

-Mark out your desired neoprene plug destinations on the lid.

-Drill out the holes for the 2" neoprene plugs with the 1-3/4" Hole saw.
4 neoprene holes.JPG
-Drill hole in the side wall of your tote near the bottom for your drain/sight tube
with the 3/4" hole spade bit. **Careful not to put the hole on/near any curved part of the tote
as this will make sealing the grommet virtually impossible.
(Note the ideal placement of the hole in the picture.)
5 fill tube.JPG
-Apply the rubber grommet to the 1" hole.

-Apply the 1/2" barbed 90* fitting into the 12" sight tubing, then apply the barbed fitting into the rubber grommet.
(This will be a bit tight and hard to get in, but you want this for a good water tight seal.)

-Attach 2 airstones together with the 1/4" barbed "T" fitting as shown.
qtr in barbed tees.JPG
-Connect each set of air stones to the air pump and align them in the bottom of the tote after feeding them through
the neoprene plugs in the lid. Feed the probe for the temp gauge & the air pump tubing through the neoprene plug.(As seen in picture.)
assembled cloner.JPG

inside assembled cloner.jpg



You can drill some 1/4" holes in the lid and feed the air tubes through that if you dont want to give up any spaces
for your clones. I only run 10 clones at a time so I dont mind giving up 3 spots for the tubes and probe.

-Fill reservoir up to approx 1" under the bottom of the cuttings and mark your sight tube so you know where to fill
to in the future and this also alerts you as to when your reservoir levels are low. Trim the sight tube to size.
cut sight tube.jpg
-Let the airstones soak in the water for an hour BEFORE tuning on the air pump. Your stone will work much more
effectively if you do this first.

-Your bubble cloner is now ready to root clones.
With this set-up, you should have huge roots in 7-10 days.
clone roots.jpg

Keep in mind, you can apply this build to any size tote you choose as long as you add air stones and more air as you go up in tote size. Let me know if I am forgetting anything or if you have any questions!
 
Last edited:

HydroRed

Well-Known Member
I already had it from my other builds, but I think it was part of a drip ring kit from General Hydroponics.
Let me scrounge up some links for you real quick.
 

ligrow

Well-Known Member
Nice build man!
I build one too. mine is a lot like shit.
I broke the cover when I tried to drilled holes for net pots..
Is that light proof? I made me headache to cover in getting light through the container.
 

HydroRed

Well-Known Member
Thanks @ligrow
This is probably not 100% light proof, but likely pretty close. If there is light coming through, it isnt much at all & hasn't posed a problem for rooting.
Made another small one with only 9 sites. Seeing as how I already have pumps and other items I think I have about $7 into this bubble cloner. She works perfectly with 100% success out of the last few times using it. Just clean proper pH tap water, mid-high 70's room temps, and -thats it.
No foliar feeding or domes needed. I am all about simplicity with results so this works for me.
I've had roots in as early as 4 days:
20160608_025825.jpg 20160728_014431.jpg 20160728_011621.jpg
You could damn near root a toothpick with this method.
 

ligrow

Well-Known Member
Wow 4 days is quick.
I never use cloner before. I just clone in Jiffy at least one week to two weeks to see first root pop out.
so 4 days to see that much roots its amazing for me..haha

In mid-high 70's room. whats your res temp?
Also wonder how long you put them in bubble cloner you made?

oh my bad...I just saw the title its bubble cloner...
Mine its for veggin...two container with 6 hole on each.
When roots get messy, I transplant them into system.
Veg for one month, than move to the flower room.
This is what I aim to do, but not sure if it needs longer time to veg.
Sorry out of the topic..
 

jjng5

Well-Known Member
Did you have any problems with damping of the stem using foam as a plug? I was thinking of using some cushion from boat cushions.
Ugh... same problem!! I wonder if one should use the "pool shock" bleach recipe at 1mL/gal to prevent the stem from damping off. If damping off starts, is the clone doomed if it already has strong white roots?
 

JealousLeaf

Active Member
Ugh... same problem!! I wonder if one should use the "pool shock" bleach recipe at 1mL/gal to prevent the stem from damping off. If damping off starts, is the clone doomed if it already has strong white roots?
You had stem damping from using memory-type foam? I hadn't tried it yet that's why I was asking.

I just said screw it and ordered some neoprene pucks. They're cheap and proven.
 

jjng5

Well-Known Member
You had stem damping from using memory-type foam? I hadn't tried it yet that's why I was asking.

I just said screw it and ordered some neoprene pucks. They're cheap and proven.
Oh I misunderstood -- when you said foam, I thought you meant neoprene foam. SWIM is getting root growth, but there is underlying brown stem rot on many of the them, take a look:

20190301_130712.jpg 20190301_130716.jpg 20190301_130749.jpg

Grrr... and those pics are from today at 3 weeks... ugh!

SWIM is is trying to replicate the posters DIY, take a look:
20190301_120933.jpg 20190301_120956.jpg 20190301_125958.jpg

... Just wondering if those clones are okay to use or not. As you can see there is browning at the stems. SWIM is using the "pool shock" recipe with calcium hypochlorite added to be safe. SWIM wants to switch to beneficial organisms once transplanted. What do you think?
 

HydroRed

Well-Known Member
Oh I misunderstood -- when you said foam, I thought you meant neoprene foam. SWIM is getting root growth, but there is underlying brown stem rot on many of the them, take a look:

View attachment 4291903 View attachment 4291904 View attachment 4291905

Grrr... and those pics are from today at 3 weeks... ugh!

SWIM is is trying to replicate the posters DIY, take a look:
View attachment 4291911 View attachment 4291912 View attachment 4291913

... Just wondering if those clones are okay to use or not. As you can see there is browning at the stems. SWIM is using the "pool shock" recipe with calcium hypochlorite added to be safe. SWIM wants to switch to beneficial organisms once transplanted. What do you think?
What are your water temps? I'd put some h2o2 in there. Maybe 15-20 ml per gallon and let it run for a day like normal. Then after 24 hrs change it out again.
 

JealousLeaf

Active Member
What are your water temps? I'd put some h2o2 in there. Maybe 15-20 ml per gallon and let it run for a day like normal. Then after 24 hrs change it out again.
I know you do a lot of bubble cloning bro,I've read many conflicting things about ideal temps till roots have started.

I've read that you want the rez at 68°-72°F to get roots,and I've read that you want it at 75°F,no higher than 80°F, till roots have formed.

Then once they've rooted bring the temps back down to 68°F +or- 3°F. What do you think?
 

HydroRed

Well-Known Member
I know you do a lot of bubble cloning bro,I've read many conflicting things about ideal temps till roots have started.

I've read that you want the rez at 68°-72°F to get roots,and I've read that you want it at 75°F,no higher than 80°F, till roots have formed.

Then once they've rooted bring the temps back down to 68°F +or- 3°F. What do you think?
70-75 always been my sweet spot in just about all applications start to finish.
 
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