Bin Organizer/Tiltable for Ikea Skadis Pegboard

This is a print-in-place tiltable bin for Ikea skådis.

Features:
The bin can sit in three locked positions
*upright parallel with the pegboard (0 degrees)
*tilted forward from pegboard 20 degrees
*tilted forward from pegboard 35 degrees

*It has 3 different types of dividers for customization, but can of course be used without any dividers

Please kindly take a moment to show your by giving this a LIKE and I also hope you find it interesting and valuable enough to purchase it! It would be really cool to see photos of your make(s). =D

This tiltable bin securely mounts to your Ikea Skadis pegboard with the snap-in pegs and there is also a locking clip that you push in above the peg-hooks in the pegboard slot, this then prevents the bin from moving in the pegboard slots when you lift and tilt the bins.

The outside measurements of the bin is approximately W100mm x D50mm x H90mm
The inside measurements of the cavity without any dividers are: W95mm x D45mm x H87mm

The measurements of the holes in the different dividers are:
*10 square holes: 21.5mmx17,5mm (use a dab of glue for securing to bin)
*Large hole + 4 holes: 44,8x44,6mm & 22,4x21,5mm (x4) [use a dab of glue for securing to bin]
*Swiss cheese (12 Small and 21 medium-small holes): ø6,5 (x12) & ø10,5 (x21) [no glue needed to secure to bin]

Alternate holes for pegs at fixing points A-A & B-B (see picture in slicer showing marking on backside of bin) for a tight fitting row, this makes it possible butt them against each other on a horizontal row.

Beyond pegboard mounting, the removable/optional pegs enable you to affix this bin to any flat vertical surface with double-sided adhesive tape.
It's quick and easy to set up - just hang it on your pegboard!

There are 2 .3mf files and 5 .stl files

Print 1 charging dock, 2 PCS Snap in Pegs, 2 PCS Peg Locking pieces and an optional divider.

Print these parts in your preferred filament, but try to avoid printing the snap-in pegs and Peg Locking pieces in matte PLA filament due to it being more brittle and isn't as durable as regular PLA. When testing the snap-in pegs in matte filament they can have a tendency to lose some of the “springiness”. Optimal filament for the Pegs and the Peg Locking pieces is PETG. If you intend to put heavier objects (i.e. multiple pliers or similar) in your bin you might consider glueing the pegs in place (I haven't found any need to glue them during my usage so far when storing items seen in the pictures).

I have attached 5 STL files: (Skådis Pen Organizer Bin/10 square holes…/Large_hole+4 holes…/Swiss cheese ø10,5+ø6,5 /Peg Locking piece & Exp_DB peg)

and 4 3mf files: (Skådis Pen Organizer Bin3mf / Dividers Skådis Organizer Bin .3mf/DB Exp_peg PETG/Peg_Locking Piece PETG).
The 3mf files are generated in prusa slicer and have pre-set filament settings, layer height, perimeters and infill settings and s (s only on the bin).

In the 3mf file “Dividers Skådis Organizer Bin”: the two “wings”(with the slots for the pin) on the bin I have made custom modifiers to add extra perimeters for extra strength where it´s most crucial

If you print the stl files with your own settings:

The Bin
Print orientation (see screen capture)
Use a standard amount of perimeters and 5% infill.
Layerheight: 0,2mm (layer height settings is up to you)
Rafts: No
Brim: No
s: Paint on organic s On the underside of the oblong slots and underside of the guiding pins/pivot pins
Infill: 5%
Perimeters: 5 walls (for Extra strength where it is most crucial)
Solid Layers: 5 bottom, 4 top.

The Snap-in pegs (print 2PCS)
Print orientation (see screen capture)
Infill (doesn't matter, see perimeters below).
Layerheight: 0,2mm
Rafts: No
Brim: No
s: No
Infill: 5%
Perimeters: 5 walls (makes for solid part)
Solid Layers: 5 bottom, 4 top.

The Dividers
Print orientation (see screen capture)
Infill (doesn't matter, see perimeters below).
Layerheight: 0,2mm -0,3mm
Rafts: No
Brim: No
s: No
Infill: 5%
Perimeters: 2 walls
Solid Layers: 4 bottom, 3 top.

Peg Locking piece (print 2PCS)
Print orientation (see screen capture)
Infill (doesn't matter, see perimeters below).
Layerheight: 0,2mm (layer height settings is up to you, generally lower layer height does not decrease strength)
Rafts: No
Brim: No
s: No
Infill: 15%
Perimeters: 2 walls
Solid Layers: 5 bottom, 4 top.

3D Designed with: Fusion 360
Printer: Prusa i3 MK3
All objects are designed by me!
THIS 3D OBJECT HAS BEEN PRINTED AND TESTED
If you have any questions, concerns as well as suggestions for improvements regarding this model please do not hesitate to me.
If you managed to read this far - yeah for you! 💪
Once Again: please kindly take a moment to show your by giving this a LIKE and I also hope you find it interesting and valuable enough to purchase it! If so: thank you so much for your and I hope you enjoy it. 🙏 This is truly appreciated and will greatly help me in my future endeavors! 😊
It would be really cool to see photos of your make(s). =D