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Modular can dispenser

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Print Profile(11)

All
H2D
P1S
X1E
X1
X1 Carbon
P1P
H2D Pro
H2S
A1
A1 mini

D=57mm, h=104mm, fits Mini Cans (7.5 oz)
D=57mm, h=104mm, fits Mini Cans (7.5 oz)
Designer
31.1 h
5 plates
5.0(6)

D=66mm, h=122m, fits standard 12 oz cans
D=66mm, h=122m, fits standard 12 oz cans
Designer
43 h
5 plates
4.5(29)

D=66mm, h=157mm, fits standard 16oz (473ml) cans
D=66mm, h=157mm, fits standard 16oz (473ml) cans
Designer
38.7 h
5 plates
4.7(3)

D=58mm, h=157mm, fits slim 12oz (355ml) cans (e.g., Celsius)
D=58mm, h=157mm, fits slim 12oz (355ml) cans (e.g., Celsius)
Designer
34.7 h
5 plates
4.8(5)
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Open in Bambu Studio
Boost
1611
4783
154
101
2.6 k
515
Released 

Description

Dispenser for cans and other cylindrical objects. Easy assembly with no glue, welding/soldering, etc. - only printed parts.

 

Originally designed for mini cans (7.5 oz), but the model is fully parametric, so if you have other cans, leave a comment with the can height and diameter, and I'll post a print profile. Check the print profiles to see if I've got what you need.

 

NOTE: Print times and filament costs are very exaggerated because every possible module is included. You will NOT need to print every module. I could change up the print profiles to improve the stats, but figured better organization is more important.

 

Some key features:

  • It's extremely easy to assemble, with no glue, welding, etc. It relies only on printed parts.
  • It's modular. This means that if a part fails to print, you only need to reprint that part. It also means that you're in control of how big the dispenser is - you print the start and end pieces to form one floor and then each middle module adds an extra floor.
  • It's tested extensively so that the dispensed items don't get stuck during normal operation.

Modules

There are three main modules used to assemble dispensers.

  • Bottom: This is the part facing the user, from which you will grab your items.
  • Top: This part is the furthest from the user, and items will start here before reaching you.
  • Middle: To make the dispenser larger and hold more items, you can add middle parts in between.

The simplest assembly would be just a top and a bottom. This will have one floor:

 

By adding a single middle piece in between, we reach two floors:

 

We can keep doing that to keep adding floors. For example, here's a four floor model:

 

NOTE: There are two variants of bottom: bottom_supported and bottom_unsupported. You should only need one of those - bottom supported will be sturdier, but unsupported will look sleeker.

Assembly

First, align the pieces vertically:

 

And then slide them together:

 

You will end up with something like this:

 

Next, take your front and your back parts and align them so that the screw plates face each other:

 

Insert screws in the screw plates. You can either use the printed ones, or use M4 or M5 screws with matching nuts if you have some lying around:

 

You can now load your dispenser and start using it!

 

Boost Me (for free)

Prototyping designs takes a lot of filament; help me out with a boost to let me refine designs more effectively :)

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License

This user content is licensed under a Standard Digital File License.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.