Bear M
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Spring-Loaded Hex Bit Case Box 3d model
Bear3DTek
Bear3DTek
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Image 1 of 11
Spring-Loaded Hex Bit Case Box 3d model
Spring-Loaded Hex Bit Case Box 3d model
Spring-Loaded Hex Bit Case Box 3d model
Spring-Loaded Hex Bit Case Box 3d model
Spring-Loaded Hex Bit Case Box 3d model
Spring-Loaded Hex Bit Case Box 3d model
Spring-Loaded Hex Bit Case Box 3d model
Spring-Loaded Hex Bit Case Box 3d model
Spring-Loaded Hex Bit Case Box 3d model
Spring-Loaded Hex Bit Case Box 3d model
Spring-Loaded Hex Bit Case Box 3d model
Spring-Loaded Hex Bit Case Box 3d model

Spring-Loaded Hex Bit Case Box

This model is restricted by licensing terms. 

Hey everyone, Bear here! I was never really satisfied with the flimsy case my hex bit set came in, so I took matters into my own hands and designed my own! What started as a simple storage solution evolved into a fun, fully 3D-printable, spring-loaded case! No extra hardware needed! Well, maybe some glue xD The springs are 3D printed too. With a simple push of a button, the lid pops open automatically. It's a satisfying little mechanism that adds a bit of joy to tool organization. This case can hold up to 32 hex bits and even has a dedicated space for an extension.

The model consists of 8 easy-to-print parts, none of which require supports:

  • Outer Shell - [HexbitOuterShell.stl] -Lid - [HexbitSpringLidV3.stl] -Container Grid - [HexbitContainerGridV4.stl] -Release lock mechanism - [HexbitReleaseLockV5.stl] -Hexagonal Pins (x2) - [HexbitHexagonalPin.stl] -Lid springs (x2) - [HexbitLidSpringV1.stl]

Assembly is straightforward but needs to follow this order:

  • Push the release lock mechanism firmly into its designated slot in the Outer Shell. Set this aside.
  • Attach the lid springs to the Container grid using the hexagonal pins.
  • Insert the lid into the assembled springs and Container grid. Secure the lid by inserting small pieces of filament through the designated holes, cutting them flush inside the hex grid.
  • Carefully insert the completed lid, spring, and Container grid assembly into the Outer Shell (with the locking mechanism already installed). I suggest adding some glue between the Container Grid and the Outer Shell.

Once assembled, you can start loading your hex bits! I really enjoyed designing this project and hope you have just as much fun printing and using it!

Community Makes (1)
Very cool design. I think wanting to check out the printed spring coils   was the motivation I needed to finally organize the parts tray full of hex bits I've been digging through for several years, so thank you. I did make some minor modifications to the outer shell and release lock part to beef it up and eliminate twist in the mechanism, and added some small bumps inside the outer shell to help retain the container grid. very pleased with how it turned out.
Very cool design. I think wanting to check out the printed spring coils   was the motivation I needed to finally organize the parts tray full of hex bits I've been digging through for several years, so thank you. I did make some minor modifications to the outer shell and release lock part to beef it up and eliminate twist in the mechanism, and added some small bumps inside the outer shell to help retain the container grid. very pleased with how it turned out.


Community Makes (1)
Very cool design. I think wanting to check out the printed spring coils   was the motivation I needed to finally organize the parts tray full of hex bits I've been digging through for several years, so thank you. I did make some minor modifications to the outer shell and release lock part to beef it up and eliminate twist in the mechanism, and added some small bumps inside the outer shell to help retain the container grid. very pleased with how it turned out.
Very cool design. I think wanting to check out the printed spring coils   was the motivation I needed to finally organize the parts tray full of hex bits I've been digging through for several years, so thank you. I did make some minor modifications to the outer shell and release lock part to beef it up and eliminate twist in the mechanism, and added some small bumps inside the outer shell to help retain the container grid. very pleased with how it turned out.

Discussions
Josh C
TheOrneryMaker
Very cool design. I think wanting to check out the printed spring coils was the motivation I needed to finally organize the parts tray full of hex bits I've been digging through for several years, so thank you. I did make some minor modifications to the outer shell and release lock part to beef it up and eliminate twist in the mechanism, and added some small bumps inside the outer shell to help retain the container grid. very pleased with how it turned out.
Very cool design. I think wanting to check out the printed spring coils   was the motivation I needed to finally organize the parts tray full of hex bits I've been digging through for several years, so thank you. I did make some minor modifications to the outer shell and release lock part to beef it up and eliminate twist in the mechanism, and added some small bumps inside the outer shell to help retain the container grid. very pleased with how it turned out. 3d model
 3d model
MaterialPETG
Layer height0.24 mm
Infill density15 %
Eclipse Industries

I feel like the lid could use a V2 which would separate the clips from the lid itself. As it stands, with the printing orientation, the clips for latching the box closed are way too easy to snap off. Maybe a V2 could include a separate clip that's printed flat and slots into the lid

M
Magictux

I made this tonight however the bits are a very tight fit and some don't fit at all unfortunately. Made with a flash forge 5m adventure. I have a few collections of bits but none are usable in the box.

It printed well and looks good. Maybe I was a bit unlucky...

Spring-Loaded Hex Bit Case Box

226 downloads · 1 year ago in  and 
Bear M
Bear3DTek115 followers
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This model is restricted by licensing terms.Â