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(Multiple Sizes) 10ml Vial Case (No Hardware)

Remixed by
IP Report

Print Profile(3)

All
P1S
P2S
X1 Carbon
H2D Pro
A1
H2S
X1E
H2D
P1P
X1
X2D
H2C
A2L
A1 mini

(Single Latch) 6x 10ml Peptide Vial Case
(Single Latch) 6x 10ml Peptide Vial Case
Designer
4.2 h
2 plates
5.0(22)

(Double Latch) 25x 10ml Peptide Vial Case
(Double Latch) 25x 10ml Peptide Vial Case
Designer
6.9 h
3 plates
5.0(8)

(27mm x 55mm) 25x Peptide Vial Case (10ml)
(27mm x 55mm) 25x Peptide Vial Case (10ml)
Designer
7.7 h
3 plates
5.0(2)

Open in Bambu Studio
Boost
149
515
81
15
811
559
Released 

Description

Updates

  • 2026-02-09
    • Added a “(Double Latch Model) 50x 10ml Peptide Vial Case” Print Profile
  • 2026-01-31
    • Added a “(27mm x 55mm) 25x Peptide Vial Case (10ml)” Print Profile for 10ml vials that are slightly wider than the standard 10ml vials.
  • 2026-01-30
    • Added a “(Double Latch Model) 25x 10ml Peptide Vial Case” and renamed the original profile to “(Single Latch) 6x 10ml Peptide Vial Case”.
      • Based on user feedback, the “Single Latch Model” was loose due to the single hinge design. The updated “Double Latch Model” addresses this feedback and is much more secure for all future models.

 

This is a case for 10ml vials (either 6x or 25x). As requested, I modified the original concept to achieve more compact scaling, saving space in the fridge. I also created a custom insert to keep the vials from rattling or clinking.


I opted for a fully printable design to make it easier to assemble, which eliminates the need for any additional hardware or components that might rust in a humid environment.


Design Details

  • Fits 6 or 25 Vials: Sized for 10ml vials (22.5mm diameter) (additional profile for 27mm diameter).
  • No Hardware: The top, bottom, and latch snap together. No screws or pins required.
  • Secure Insert: Custom internal layout keeps vials upright.
  • Compact Scaling: Slimmed down to fit easily in side doors or butter compartments.
  • Material: Printed PLA+ so the latch and snap features can flex without breaking. Regular PLA works given the use case, and PETG is also preferred if you want more flexibility.
     

Print Settings

  • Filament: PLA+, PLA, or PETG
  • Supports: None used, tree supports can be added if any overhangs didn't print clean.
  • Walls: 3 (Tolerances aren’t super tight; all mechanisms work smoothly with little friction)
  • Infill: 15% (Gyroid is my preferred)

     

Assembly


Once the parts have finished, assemble the top and bottom pieces, attach the latch, and push in the insert. The insert is designed to be a tight fit, so it stays locked in place. The snap fit is snug to make sure the case stays together during use.

Boost Me (for free)

If you find value in this design, please consider giving it a Boost. Seeing your successful prints is one of the best parts of being a creator - don't forget to upload a photo of your print!

If you’d like to support my work and/or help prioritize your request, donations are appreciated but completely optional.

  • PayPal: @ZiahMikael
  • Cash App: @ZiahMikael
  • Venmo: @ZiahMikael

 

If you do donate, include your MakerWorld username so I can match it to your request.

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