ᐅ How can I reinforce Malm nightstands to support more weight?

Created on: 31 Mar 2022 08:43
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Dansinan
Hello everyone, I have a fairly specific issue: I own the IKEA Malm bedside tables, and I would like to increase their load capacity in my apartment without worrying that they might sag or even break over time. Specifically, I’m looking for the best ways to reinforce these bedside tables so they can support heavier items, such as heavy lamps, stacks of books, or electronic devices. It is important to me that the appearance is preserved as much as possible and that the reinforcement is not too complicated. What proven methods or materials can you recommend to effectively improve the stability of these bedside tables? Thanks in advance!
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Lis53
31 Mar 2022 15:34
As an addition: For those prioritizing bulk and minimal construction effort, a sturdy plywood panel about 6-8 mm (1/4–5/16 inches) thick can be used instead of the thin back panel of the cabinet. This not only provides lateral stability but can also serve as reinforcement for the screws. This should work reliably and, combined with solid wooden battens, offers a good complete solution.
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gauvin37
1 Apr 2022 08:12
I simply used sturdy brackets and mounted them on the inside corners. Then I screwed an additional horizontal batten underneath the shelf – it holds really well and was easy to do.
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lajudo
1 Apr 2022 08:41
It is important to check all connection points and then carry out targeted repairs. For my tables, I filled screw holes with wood filler, then installed new screws and added brackets. This significantly improved the stability.
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Lis53
1 Apr 2022 09:05
chen67 schrieb:
You can reinforce internal supports using metal brackets and wood glue.

I completely agree. The combination of mechanical fasteners and adhesive provides the best possible structural stability.
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chen67
1 Apr 2022 10:28
And don’t forget: Nightstands shouldn’t really be used as storage for 150 kg (330 lbs) of stuff :-). 😉 At best, with the reinforcements discussed here, you can make good progress toward load capacity, but always use common sense!
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enrique7
1 Apr 2022 10:47
One final technical recommendation: Anyone experimenting with reinforcement should always first verify whether the stresses at the connection points are actually reduced, for example through test loading. This is the only way to avoid unexpected issues.