Looking for a tutorial for a DIY test tube propagation station? I’m sharing mine today—it uses scrap wood and has 10 slots for test tube plant propagation!
DIY Test Tube Propagation Station
Yes, I made another propagation station. What’s wrong with me? So many things. But one of those things is not my love for plants. Here’s the 5-slot propagation station I made using cylindrical glass jars. But why not kick things up a notch and make a station with 10 slots?
There’s no good reason not to! And there’s no reason not to use test tubes. I have long loved test tube propagation stations and have wanted to make one. Well I finally got around to it. And my test tube propagation station looks incredibly chic! Now I’m officially a mad plant scientist. Or something.
Here’s what I used:
- Wood, I used a mix of scrap wood, with the measurements indicates below in step 1
- Miter saw and measuring tape
- Drill and 1” spade bit
- Assorted sandpaper
- Hunter green spray paint
- (10) 1” test tubes
- Wood glue
- Bar clamps
- Optional: Right angle, hammer and four small nails, Dremel and sanding drum
And here’s how I made my DIY test tube propagation station.
Step 1: Measure and cut pieces, drill pocket holes
So at first my plan was to do two storage levels: one for a little containers that we’re beginning to collect stickers in, and one for a fabric storage cube to match the desk. Once I got this together with clamps to eyeball it, I decided to run with it. So I drilled pocket holes (placement in a bit) and assembled everything.
However, once I got it assembled and brought it upstairs, I realized that it would be too high for Ramona’s current height. I measured, but I kind of suck at visualizing things and understanding how everything is going to go together. Alas, I wasn’t about to lose this project, so I decided to run with just one storage spot. Let’s pick up there.
Step 1: Buy test tubes and cut pieces
First I picked up 10 test tubes. I got mine from Michaels. I couldn’t find singles online, but they were in the area of Michaels up at the front near the registers. In the bins with all the goodies. They were about $1 each, and I used a 20% off your overall purchase coupon, bringing my total down to around $8!
If you don’t want to go hunting and pecking for them, you can easily order on Amazon.Then I cut the five pieces that make up the propagation station: a top, a bottom, two sides, and a support piece. The measurements for those pieces are as follows:
- (2) top and bottom pieces: 27″ long x 2 1/2″ wide x 1/2″ thick
- (3) side and middle support pieces: 4″ long x 2 1/2″ wide x 1/2″ thick
Step 2: Drill test tube holes
After finishing my cuts, I clamped my top piece to my workspace to drill my test tube holes. I didn’t mind that I would drill into my wooden work bench underneath. But if you don’t want to damage your workbench top, you should clamp a piece of scrap wood underneath the piece you’re drilling through.
My test tubes were 1” in diameter, so I used a 1” spade bit on my drill to drill 10 evenly spaced holes along the piece. Note that depending on what type of wood you’re drilling into you may need a strong battery-operated or plug-in electric drill.
Step 3: Assemble the propagation station
I used clamps and wood glue to assemble the DIY test tube propagation station like so. You can use a rag to wipe up any oozing glue. I let this sit overnight. Then, in the morning, I added one small nail to the top and bottom of each end. Probably not necessary, but if I ever decide to hang this, I wanted to have a bit of reinforcement for the glue.
You can skip this if you’ll just be setting the propagation station on a shelf. But make sure you’re using a very strong wood glue, applying proper pressure, and letting it dry completely 🙂
Step 4: Clean up and finish
I used a Dremel and sanding drum to clean up the test tube holes. This also ensure they were just a hair larger than 1” so I didn’t have to muscle the test tubes in. But it didn’t make them so big that the test tubes didn’t stand up straight. Make sense?
This is optional, though. I have a Dremel, so it sped things up. If you don’t have a Dremel, just use medium-grit sandpaper to sand the holes by hand. Then use fine-grit sandpaper to clean the entire piece up for finishing.
I did a natural finish on the last propagation station I made because it was all poplar. But this one was a mixture of woods with different finishes, colors, and grains. So I decided to paint it. I used a beautiful hunter green spray paint on the entire propagation station. Going against my normal black—getting wacky with color (yes hunter green is my version of getting wacky with color).
Finished DIY test tube propagation station…
Once everything is dry, you can add your test tubes, a bit of water, and some cuttings. This project really surpassed my expectations. I’m glad I went big with 10 test tubes instead of 5. I think it adds to the wow factor and really makes my window look like a jungle!
As a bonus, it’s big enough that the cats can’t fit on the windowsill with it, so they leave it alone. Or else, they have so far. Ramona generally leaves plants alone too, so I think it’s safe here. (Famous last words?)
If you wanted to hang this, you could just use L brackets and set it down in place on the brackets once they’re on the wall. I think this would look really lovely hanging, but I don’t have the perfect spot for it right now.
Share my DIY test tube propagation station on Pinterest!
Cut wood to the following measurements
(2) top and bottom pieces: 27" long x 2 1/2" wide x 1/2" thick
(3) side and middle support pieces: 4" long x 2 1/2" wide x 1/2" thick
After finishing the cuts, clamp the top piece to your workspace to drill your test tube holes.
Using wood glue attach the side and middle support pieces to the top and bottom pieces. Clamp together and let dry overnight. Add small nails the top and bottom where the support pieces are to add extra strength in case you might hang it up at some point.
Paint the color of your choice. I used a beautiful hunter green.
Once everything is dry, you can add your test tubes, a bit of water, and some cuttings.