End Connectors:
These are used to connect the modules on the ends for added stability.
I have added connectors for the front and back ranging from 2 - 4 module units.

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

4 hole slots:
Material = roughly 49 grams
Time = 1 hour 31 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines



Hole Conector 4.stl

Pegs:
This peg is used to connect different modules together. I recommend printing a bunch of these and just setting them to the side and using as needed.

Hardware needed:
None

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice
Orientation = One of the flat sides. This makes it so there is less resistance when inserting and makes it so if things do get stuck, the sheer point will happen on the peg instead of the module.

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

Material = roughly 3 grams
Time = 23 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines.

I recommend printing a full build plate worth, for me I print about 50 at a time and put them in a bag for later use. I have added this as an optional file.

Peg X 50:
Material = roughly 88 grams
Time = 3 hours 20 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines.


Arduino Module Peg.stl

Arduino Mega:

This Module is used for the Arduino Mega microprocessor.

Hardware needed:
2 x 2 mm screws with 4 mm of length
Arduino Mega

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

Material = roughly 87 grams
Time = 2 hours 32 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines.

Instructions for use:

Use the screws to thread the holes inside the module by screwing them in and then removing them.
Insert the Arduino Mega into the hole with the ports sticking out of the holes in the side at an angle and then sliding it down until it is flat. By doing this the holes in the arduino should slide into place over the little pegs sticking up.
Insert the 2x screws into the holes with no pegs and screw into place until tight. (Warning: do not over tighten or you risk harming your Arduino)


Arduino Module Mega.stl

Arduino Uno:
This Module is used for the Arduino Uno microprocessor.

Hardware needed:
2 x 2 mm screws with 4 mm of length
Arduino Uno

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

Material = roughly 90 grams
Time = 2 hours 34 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines.

Instructions for use:

Use the screws to thread the holes inside the module by screwing them in and then removing them.
Insert the Arduino Mega into the hole with the ports sticking out of the holes in the side at an angle and then sliding it down until it is flat. By doing this the holes in the arduino should slide into place over the little pegs sticking up.
Insert the 2x screws into the holes in with no pegs and screw into place until they won’t go down very far.  (Warning: do not over tighten or you risk harming your Arduino)


Arduino Module Uno.stl

Parts Tray:
This Module is used as just a parts tray to have loose parts while working on a project. I have added a file for 1 - 4 module slots in length.

Hardware needed:
None

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

4 slots:
Material = roughly 178 grams
Time = 4 hours 46 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines




Arduino Module Tray x 4.stl

Parts Tray:
This Module is used as just a parts tray to have loose parts while working on a project. I have added a file for 1 - 4 module slots in length.

Hardware needed:
None

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

1 slots:
Material = roughly 52 grams
Time = 1 hour 30 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines


Arduino Module Tray x 1.stl

Parts Tray:
This Module is used as just a parts tray to have loose parts while working on a project. I have added a file for 1 - 4 module slots in length.

Hardware needed:
None

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

2 slots:
Material = roughly 94 grams
Time = 2 hours 35 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines



Arduino Module Tray x 2.stl

Parts Tray:
This Module is used as just a parts tray to have loose parts while working on a project. I have added a file for 1 - 4 module slots in length.

Hardware needed:
None

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

3 slots:
Material = roughly 136 grams
Time = 3 hours 40 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines


Arduino Module Tray x 3.stl

Breadboard:
This Module is used for a W 55 mmx L135 mm breadboard.

Hardware needed:
W 55 mmx L135 mm breadboard

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

Material = roughly 134 grams
Time = 3 hours 38 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines.


Arduino Module Bread Board.stl

Arduino Module Bread Board

Mini Breadboard:
This Module is used for a W 35 mmx L45 mm breadboard.

Hardware needed:
W 35 mmx L45 mm breadboard

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

Material = roughly 53 grams
Time = 1 hour 30 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines.


Arduino Module Mini Bread Board.stl

End Connectors:
These are used to connect the modules on the ends for added stability.
I have added connectors for the front and back ranging from 2 - 4 module units.

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

4 key slots:
Material = roughly 53 grams
Time = 1 hour 36 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines


Key Conector 4.stl

End Connectors:
These are used to connect the modules on the ends for added stability.
I have added connectors for the front and back ranging from 2 - 4 module units.

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

3 key slots:
Material = roughly 40 grams
Time = 1 hour 14 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines


Key Conector 3.stl

End Connectors:
These are used to connect the modules on the ends for added stability.
I have added connectors for the front and back ranging from 2 - 4 module units.

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

2 key slots:
Material = roughly 27 grams
Time = 54 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines


Key Conector 2.stl

End Connectors:
These are used to connect the modules on the ends for added stability.
I have added connectors for the front and back ranging from 2 - 4 module units.

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

2 hole slots:
Material = roughly 25 grams
Time = 50 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines


Hole Conector 2.stl

End Connectors:
These are used to connect the modules on the ends for added stability.
I have added connectors for the front and back ranging from 2 - 4 module units.

Instructions for Printing:
Raft = no
Brim = optional but not needed
Wall Loops/Top and Bottom shells  = 2 - 4 (personally i like 4 for extra stability)
Layer Height = 0.2 mm
Speed = Default
Temperature = Default for your material of choice

During testing I used the Bambu Labs x1 Carbon with PolyLight PLA and left most settings in the Bambu Studio as default with any changes listed above so your print times may vary.

3 hole slots:
Material = roughly 37 grams
Time = 1 hour 10 minutes
Material and time includes the Bambu X1 Carbon prep time and flow lines


Hole Conector 3.stl

This plan is for anyone from personal use to commercial for physical prints.
With this plan you get full access to my files with no download restrictions so take what you like and happy printing!

Micro's Emporium

Hello,
My name is Jon but you can call me Micro.

I am a hobbyist designer who wants to find ways to push technology as a whole forward and to me that means starting with hobbyists of different types.

I am trying to design and post a project at least once a month likely towards the end of the month.

I like to design things as modular as possible so you can create your own work flow. Not all projects will be modular between each other but in their own ecosystems.

Right now all my designs are behind a paywall but I will also be posting basic versions that are free to use.

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MicrosEmporium

Achievements

Seedling

Pinned models

Arduino Module Peg.stl

Arduino Module Uno.stl

Arduino Module Mega.stl

Hole Conector 4.stl

Arduino Module Peg.stl

Arduino Module Mega.stl

Arduino Module Uno.stl

Arduino Module Tray x 4.stl

Arduino Module Tray x 1.stl

Arduino Module Tray x 2.stl

Arduino Module Tray x 3.stl

Arduino Module Bread Board.stl

Arduino Module Mini Bread Board.stl

Key Conector 4.stl

Key Conector 3.stl

Key Conector 2.stl

Hole Conector 2.stl

Hole Conector 3.stl