Print in place case: a friendly sturdy EDC organizer

One click-lock case, three swappable inlets, zero support needed

4 min read
Print in place case: a friendly sturdy EDC organizerWe print every model ourselves. This render shows the original model exactly as it comes off the printer - only digitally staged.
Contents
  1. What the click-lock lid solves
  2. Print in place case with swappable inlets
  3. What it looks like once it’s printed
  4. Where a print in place case like this earns a spot

The CAD is done, the layers are ready, and now it is time to talk about the result. Today we are taking a closer look at the Print in place case, its design story, and the details we think are worth showing.

A print in place case that comes off the plate already working, hinge and all, is the kind of model that earns its keep the first time you use it rather than the first time you look at it.

What the click-lock lid solves

The whole point of this design is a lid that locks shut without any separate hardware. A simple click mechanism holds it closed, and because the case prints in place, the hinge is already flexing the moment the print finishes. You don’t glue a lid on or snap in a separate latch afterward — the mechanism is part of the single print, formed in the position it will move in.

The only thing you do once it’s off the plate is work the hinge area gently by hand so it moves freely. If the click feels stiff at first, a bit of light deburring or a few open-close cycles lets it settle into a clean lock. That’s a small detail, but it tells you something about how this print in place case was designed: the fit is meant to be snug straight out of the printer and loosen into place, not the other way around. A lid that locked loosely from the start wouldn’t hold anything securely once it had seen daily use.

This is where one print in place case turns into several different tools. You get three different inserts, and each one simply plugs into the same dedicated slot inside the case. Swapping from a pen layout to a small-tools layout, or to one built for loose parts, takes seconds — no screws, no adhesive, just pull one out and press the next one in.

That modularity is the reason the case doesn’t read as a single-purpose object. The same shell works as a pencil case on one day and an EDC tray the next, depending on which inlet is seated inside it. If you already know what you’ll store, print the one inlet you need. If you’re not sure yet, printing all three costs a little extra filament and buys you the option to decide later, once you see how the case actually gets used on your desk.

What it looks like once it’s printed

The exterior stays clean and minimal, with no visible fasteners or seams from added hardware, since the lid mechanism is built into the geometry itself rather than bolted on afterward. It was shown printed in matte black and white, and that flat, understated color pairing suits the simple surfaces well. This isn’t a piece with fine ornamental detail — it’s a functional box meant to sit quietly on a desk without drawing attention to itself.

Open the lid and the inlet currently in use gives the inside a more structured look than a plain tray would offer. Closed, it reads as a single smooth block, which is part of what makes it easy to toss into a bag without worrying about the lid popping open on its own.

Where a print in place case like this earns a spot

Because it needs no supports, this is a reasonable job to queue alongside other prints without worrying about support removal or print-in-place failures eating into your evening. On a desk, it works as a pencil case or a small parts bin next to a keyboard. Thrown into a bag, it holds its own as a compact EDC organizer for cards, small tools, or a notepad.

The swappable inlets mean you’re not locked into one use case the moment you hit print. You decide that afterward, inlet by inlet, and you can change your mind again next week without printing a second case. It’s a practical object built for people who want something to actually open and close every day, not something to admire once and leave on a shelf.

That is another trip through the Sektor 7 design process complete. The Print in place case is ready whenever your printer is, and we already have the next project waiting somewhere between CAD, slicing, and caffeine.

Leon Sektor 7 Studios

Get this model

Every model is available as STL and 3MF files. Selling physical prints needs a commercial license; the files themselves may not be resold. Part of our library of 400+ models – every one included from $10 a month.

Recommended Print Settings

The settings and the filament we used for our own print of this model, and the combination that gave us the best result. A recommendation, not a requirement.

Filament
Bambulab PLA Matte black
Infill
8% Gyroid or Grid
Layer Height
0.2mm
Walls
2
Nozzle Size
0.4mm
Support Structure
needed
Brim
None needed, but when you have adhesion problems then activate the brim
Skirt Loops
1

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