Quick Mount Hooks QMH connector adapter for Skadis
Print Profile(1)

Bill of Materials
Description
I was tired of flimsy, hard-to-print IKEA Skadis hooks that require complex measuring to integrate into my own designs or which burst just by looking at them. The Quick Mount Hooks connector adapter is designed to provide a solid, incredibly easy-to-use mounting standard for your custom organizers, shelves, and containers.
I focused on structural integrity and ease of integration. You don't need to worry about the exact dimensions of the hooks themselves—simply use the provided oversized negative volume (cutout) in your design software or slicer, and you will get a perfect fit every time.

Key Features
- Seamless Integration: Easily subtract the provided negative volume from the back wall of your models. For larger objects, just add more hooks—the required axial spacing (center-to-center) is exactly 40mm.
- Top-Edge & Screw Compatibility: Uniquely designed to work effortlessly even on the top row of the Skadis board. Additionally, the Short Compact and double hook can be easily mounted directly over the Skadis wall mounting screws, so you don't lose any valuable pegboard space!

- Foolproof & Rigid Fit: Designed to fit tightly against the board without any wobble. The mounting element geometry makes it impossible to install upside down. Even standard PLA provides more than enough strength.
Effortless Assembly: Do not install the hooks onto the container first! Simply insert the hooks directly into the Skadis board, and then slide your custom accessory smoothly down onto them.


Extremely Fast & Material Efficient
These hooks are optimized for rapid, bulk printing without sacrificing structural integrity. Even when printing a full batch, they use minimal filament and print in no time.
Estimated Print Time & Material (Batch of 10 hooks):
- Short Compact: Under 30 minutes | ~11g of filament
- Standard Universal: Under 40 minutes | ~17g of filament
- Double: Under 50 minutes | ~25g of filament
Recommended Print Settings (For Maximum Strength)
To achieve the best structural integrity, I highly recommend printing the hooks entirely out of walls/perimeters with no standard infill. Simply increase the number of wall loops in your slicer (e.g., set to 6 or more) until the entire model consists of solid walls. This guarantees maximum shear strength for heavy accessories.
Parametric Bin Generator Included!
To get you started immediately, I’ve included a fully parametric rectangular bin generator.
Looking for straight edges? Be sure to check out my QMH Parametric Rectangular Bins here!
Looking for round edges? Be sure to check out my QMH Parametric Round Bins here!
Looking for shelf? Be sure to check out my QMH Parametric Shelf here!
Design Guidelines (For Custom Integration)
If you are using the negative volumes to create your own accessories, follow these simple tolerances:
Back Wall Thickness: Recommended 6.00mm (this perfectly leaves 0.8mm of clearance behind the mount for a flush finish).

Top Clearance (Ceiling): Leave a minimum of 2.00mm above the mounting pocket to allow the part to slide down onto the hook.

Recommended Pocket Heights
The following values represent the minimum back wall cutout height required so that both the top and bottom of the mount fully support your element:
- Short Compact: 12.00 mm
- Standard Universal: 32.50 mm
- Double: 45.00 mm
Note: Your pocket can technically be shorter if necessary, as the upper section provides the primary load-bearing support. You can also use the hooks interchangeably depending on the length of your available mounting space.
License
You may create derivative works based on this object, provided that all such derivative works are published exclusively on the MakerWorld platform and include proper attribution to the original creator. You may not share, upload, host, distribute, or publish this object—or any derivative work of this object—on any other digital platform, marketplace, or distribution channel. Commercial use of this object and any derivative works is strictly prohibited. This includes, but is not limited to, selling, renting, sublicensing, or using the object in any context in which you receive monetary compensation or other financial benefits.















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