Hello everyone, I am considering placing my 3D printer on an IKEA Kallax shelf to create a stable yet cost-effective base. I am particularly interested in how the Kallax performs in practice as a printer stand: How stable is it really, especially during movements while printing? Are there issues with vibrations or oscillations that could affect print quality? Also, what about the load capacity if, for example, additional accessories or materials are stored on it? It would also be helpful to hear any tips on how to reinforce or modify the Kallax to make it better suited for everyday printing use. I look forward to your experiences and recommendations!
fredbar schrieb:
I am mainly interested in how the Kallax performs in practice as a printer stand: How stable is it really, especially during moving print operations?That is indeed the key point. From my experience, the Kallax shelf is generally quite stable when placed directly on the floor and not wobbling. However, the thin wood panels of the individual compartments are not designed to absorb dynamic loads or vibrations over longer periods. This usually works fine for smaller 3D printers.
fredbar schrieb:
Are there issues with vibrations or oscillations that could affect print quality?This can especially occur when your printer operates at high speeds. I recommend decoupling the Kallax by placing small rubber pads under the feet and adding non-slip mats on the surface. Reinforcing the side panels, for example with wood boards or metal profiles, can also help. Fully reinforcing the unit significantly increases stability and reduces resonance.
fredbar schrieb:
What about the load capacity if you want to store additional accessories or materials on it?The Kallax can hold approximately 13–15 kg (29–33 lbs) per compartment. If the weight is distributed evenly, it should pose no problem. Make sure to distribute weight evenly to avoid sagging. If you want even more stability, you can replace the back panel with a thicker board.
Do you have specific printer models or weights you plan to place on it? That would be helpful for assessing suitability.
I completely understand your concerns, fredbar. Especially when using a precise 3D printer, even the smallest vibration can be problematic.
I had a similar experience when I used my Kallax as a printer stand. At first, I was a bit worried that the construction might feel too light or unstable. I then added small rubber pads and non-slip mats, which really helped to stabilize the printer.
I can confirm this from my own experience. I mounted a thin MDF board on the back, connecting the side panels. The result is a much steadier setup, especially during fast movements.
If you have a larger printer that is also heavier, I would additionally recommend placing a solid base plate underneath.
How well a Kallax works for you will definitely depend on your specific setup – but with a few simple reinforcements it can be quite suitable.
I had a similar experience when I used my Kallax as a printer stand. At first, I was a bit worried that the construction might feel too light or unstable. I then added small rubber pads and non-slip mats, which really helped to stabilize the printer.
Parbo schrieb:
Full reinforcement provides significantly more stability and reduces vibrations.
I can confirm this from my own experience. I mounted a thin MDF board on the back, connecting the side panels. The result is a much steadier setup, especially during fast movements.
If you have a larger printer that is also heavier, I would additionally recommend placing a solid base plate underneath.
How well a Kallax works for you will definitely depend on your specific setup – but with a few simple reinforcements it can be quite suitable.
To be honest: Using the Kallax shelf as a printer stand? For me, that’s quite unstable if you really need precision. IKEA furniture simply isn’t built to handle such loads—you’ll notice it immediately once you try to operate your printer at higher speeds.
That might add a little extra stability, but to me, it’s more of a makeshift solution. If you want something truly solid, it’s better to invest in a sturdy board or a steel frame.
Moreover, you have no real way to level the shelf if the floor is uneven. Even small unevenness will cause unwanted vibrations at high speeds.
Of course, you can use rubber pads—it's always a matter of trade-offs. But for serious printing work? I wouldn’t recommend it.
JONKO schrieb:
I attached a thin MDF board to the back, connecting the side panels.
That might add a little extra stability, but to me, it’s more of a makeshift solution. If you want something truly solid, it’s better to invest in a sturdy board or a steel frame.
Moreover, you have no real way to level the shelf if the floor is uneven. Even small unevenness will cause unwanted vibrations at high speeds.
Of course, you can use rubber pads—it's always a matter of trade-offs. But for serious printing work? I wouldn’t recommend it.
Thank you for all the helpful answers so far!
Regarding the details: My printer is a Creality CR-10, weighing around 10 kg (22 lbs), plus the material and accessories, which I want to store in an adjacent compartment. I must also say, space is somewhat limited in my case, and the Kallax offers a good solution with its dimensions to organize everything together.
The idea of using MDF boards at the back and rubber buffers sounds interesting. I would also like to know how you have practically installed this – simply screwed in or other methods?
Are there any pitfalls to avoid? For example, I’m not sure if the shelf will remain stable enough during transport (moving, etc.). And how much do room height or temperature actually affect the material, especially wood? I’ve heard that wooden panels can warp slightly with temperature changes, which would, of course, be bad for a 3D printer stand.
Regarding the details: My printer is a Creality CR-10, weighing around 10 kg (22 lbs), plus the material and accessories, which I want to store in an adjacent compartment. I must also say, space is somewhat limited in my case, and the Kallax offers a good solution with its dimensions to organize everything together.
The idea of using MDF boards at the back and rubber buffers sounds interesting. I would also like to know how you have practically installed this – simply screwed in or other methods?
Are there any pitfalls to avoid? For example, I’m not sure if the shelf will remain stable enough during transport (moving, etc.). And how much do room height or temperature actually affect the material, especially wood? I’ve heard that wooden panels can warp slightly with temperature changes, which would, of course, be bad for a 3D printer stand.
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