ᐅ The Malm dresser wobbles under load – how can I reinforce its stability?

Hello everyone, I have the following issue with my IKEA Malm dresser: When I pull out one or more drawers and lean on them slightly or if the dresser is generally loaded, it starts to wobble. It seems that the structural stability is not sufficient for the load. I have already checked that all screws are tight, which they are. The wobbling appears to be caused by slight movement of the side panels or warping of the back panel.

I am mainly interested in how I can stabilize or reinforce the existing dresser without having to completely disassemble the piece of furniture or significantly alter its appearance. Are there simple but effective ways to increase stability under load? I am also open to tips regarding materials, fasteners, or minor modifications.

Thank you in advance for concrete suggestions!

Hello sarbla,

First of all, regarding the cause: With the Malm series, the main issue is often that the back panel is only fixed with thin hardboard, which can easily give way under pressure. This leads to wobbling.

Here are a few tips that might help you:

1. Check if the back panel is properly flush on all sides and firmly nailed. If any nails are loose, you can replace them or use small screws additionally.

2. If the back panel is thin, you can reinforce it with a sturdier wooden board (e.g., plywood, about 3-4 mm (0.1-0.16 inches)). Simply attach it behind with short screws on the inside of the cabinet carcass.

3. Strengthen the connection between the side panels and the bottom/top with angle brackets. These can be installed on the inside so they remain invisible.

4. If you rarely fully load the drawers, adding felt pads under the feet of the dresser can also reduce tipping.

All of this works well without having to disassemble the entire dresser. It is important to choose fasteners that do not damage or tear out the wood.

If you want, I can explain some steps in more detail. Good luck! 🙂

Naomige schrieb:
that the back panel is only fixed with thin hardboard and therefore bends easily under load

This is exactly the crucial point. I’ll add a simple step-by-step guide that is easy to follow even for beginners:

1. Carefully empty the dresser and remove the drawers.

2. Check the position of the back panel and, if necessary, replace it with a sturdier, thin plywood panel (4–6 mm (0.16–0.24 inches)). You can have this cut precisely to size.

3. Attach the panel from the inside to the cabinet with small screws or furniture nails. Make sure the screws are short enough so they don’t go through the wood.

4. To reinforce the frame construction, install corner braces on the inside corners – be careful to pre-drill holes to avoid splitting the wood!

5. Check that the dresser’s feet stand firmly. If the floor is uneven, use small shims to level it.

In summary: The main factor is always the back panel, which alone ensures stability against sideways movement. Once it is solid, nothing will wobble anymore.

If you have any questions about the materials or tools needed, feel free to ask.

LOJOPAR schrieb:
The main factor is always the back panel, which alone ensures stability against lateral movements.

Thanks for the helpful tips! I have one more question: How exactly should I measure if I want to have a new, sturdier back panel cut? Is it just the height and width of the interior dimensions of the carcass? I want to avoid it being too tight or too loose.

Also, I’m considering whether to combine the improvement with angled brackets and back panel reinforcement, or if that would be overdoing it. Maybe that’s excessive?

It would be great if someone could briefly explain the recommended length and quantity of screws or the typical dimensions for the brackets. That would make my planning easier.

sarbla schrieb:
How exactly should I measure correctly if I want to have a new, more stable back panel cut?

Here are some practical tips for you:

1. Carefully remove the existing back panel.
2. Measure the internal dimensions of the cabinet’s height and width—that is, from edge to edge inside the frame. It’s best to use a metal measuring tape.
3. Subtract about 2 mm (0.08 inches) from both measurements so the new panel isn’t too tight and still has some room for installation.
4. For the thickness, I recommend 4 mm (0.16 inches) plywood or multiplex—strong enough but not too heavy.

Regarding angle brackets: yes, using them is a good idea. Use about 2–3 small steel angle brackets per corner, fastening them with short screws. Make sure the screws are not too long, or they will go through the wood.

It’s best to use countersunk screws for a neat finish.

If you attach the brackets on the inside, they will be almost invisible.

Summary:
- New back panel size = internal dimension minus about 2 mm (0.08 inches)
- 4 mm (0.16 inches) plywood or multiplex panel
- 4–6 small angle brackets (depending on how many corners you want to reinforce)
- Screws: maximum length 16 mm (0.63 inches), countersunk head

I hope this helps you! 🙂