The **Momentus Mind Camera** is a breakthrough device capable of capturing vivid memories and storing them directly in your brain. The incredibly satisfying and effective clicking noise triggers a Pavlovian response that your brain will come to associate with important memories. Made possible by navigating a narrow labyrinth of legal loopholes, you can now 3D print your own! So get out there and make some memories (at your own risk)!

This is the Basic Kit, which includes everything you need to make a functioning mind camera. For additional customization, check out the [Pro Kit here](https://than.gs/m/1076073?affiliateCode=MAKE). 

---

**_Printing Guidelines_**

_Watch the attached assembly video for detailed printing and assembly instructions!_

- 0.4mm nozzle, 0.16mm layer height, 3 walls, 10% infill, 5 top and bottom layers.
- All parts were designed to work with PLA, and should hold up for hundreds of snaps but a more resiliant material like PETG or ABS may increase shutter life. I would avoid softer PLA variants like silk/matte, especially for the Trigger. As always keep PLA parts out of hot environments.
- _Front_loose.stl_ part is included to compensate for imperfect prints, but it's highly suggested to use a tuned printer that works with the default parts for best operation.

- Designed to work with my printable [Keychain Loop](https://than.gs/m/1076066?affiliateCode=MAKE) or any [standard keychain](https://amzn.to/4bGq5wJ).
- No adhesives should be necessary, but if you want to glue parts together for extra strength, I suggest [E6000](https://amzn.to/3UIOdso).

Momentus Mind Camera Basic // Fidget Clicker + Memory Device

Front.stl

Step into the post-apocalyptic future with this Fallout-inspired Space Toaster Speaker! Using just a $15 speaker, this 3D-printed marvel delivers outstanding sound with deep bass thanks to its bass ported design. Whether you're a maker, Fallout fan, or audio enthusiast, this project blends retro aesthetics with modern DIY audio engineering. Watch as we bring this functional art piece to life with a simple yet powerful setup. Want a unique way to blast your tunes? Subscribe now for more 3D printing magic and creative projects!

Watch the assembly video at:
https://youtu.be/Ym_UxR53GJ8

Bill of materials:


Cyafixed thick viscosity
https://amzn.to/4apDRUP 

Boss - Economy speaker with good sound 
https://amzn.to/4as6b94

Kicker - Higher quality speaker with heavy BASS
https://amzn.to/40EqyMQ

Mono Amp - Used in project
https://amzn.to/40Bqxt8

HQ Amp - ONLY IF BUILDING 2 SPEAKERS
https://amzn.to/40DRfBd

Speaker spring terminal
https://amzn.to/40tAszM 

Brass Inserts
https://amzn.to/4jiTD7R 

Rub and Buff - Copper and Black
https://amzn.to/4joAYr9
https://amzn.to/4g7mqJE 

Feed N Wax
https://amzn.to/4hfUCno 

Microfiber Wipes Disposable
https://amzn.to/42ivUyE  



Space Toaster - Fallout Inspired Speaker 

Space Toaster Speaker.3mf

These panels are designed to be printed in “vase” or “spiralized” mode to minimize the amount of material needed, decrease print time, and give a smooth clean finish. They could be used as sound diffusion panels, decorations, or just to show off your new gradient filament!

See here for video: https://youtu.be/xNsjm7yOsQY 

Square Hilbert Panel: https://than.gs/m/960851 
Rounded Hilbert Panel: https://than.gs/m/960857 

This download includes two sizes of panels with 100mm or 200mm edge lengths. There are two mirrored versions of each panel. See here to learn more about the Hilbert Curve and how to properly orient the tiles: https://en.wikipedia.org/wiki/Hilbert_curve 

Be sure to print in “vase” or “spiralized” mode! The base is 0.5mm thick. I recommend adjusting your settings so that the base prints in only two layers.

When printed with a 0.5mm nozzle as described above, the 100mm and 200mm panels use only 28g and 111g of filament respectively.

These panels work better as sound diffusion panels due to taller features and sharper angles. The “Minimal Height” panels below don’t work as well as sound diffusion panels but use less material.

Minimal Height:
Square Hilbert Panel: https://than.gs/m/957250 
Rounded Hilbert Panel: https://than.gs/m/957254 
Video: https://youtu.be/Gunky5qSwpc

More panel designs:
Topology Tiles - Hex: https://than.gs/m/955066 
Topology Tiles - Square: https://than.gs/m/955067 

Models shown are printed with Sovol Rainbow Candy PLA


Rounded Hilbert Panels - Full Height

Rounded Hilbert Panel - Full Height 200mm 1.stl

These panels are designed to be printed in “vase” or “spiralized” mode to minimize the amount of material needed, decrease print time, and give a smooth clean finish. They could be used as sound diffusion panels, decorations, or just to show off your new gradient filament!

See here for video: https://youtu.be/Gunky5qSwpc 

This download includes two sizes of panels with 100mm or 200mm edge lengths. There are two mirrored versions of each panel. See here to learn more about the Hilbert Curve and how to properly orient the tiles: https://en.wikipedia.org/wiki/Hilbert_curve 

Be sure to print in “vase” or “spiralized” mode! The base is 0.5mm thick. I recommend adjusting your settings so that the base prints in only two layers.

When printed with a 0.4mm nozzle as described above, the 100mm and 200mm panels use only 15g and 57g of filament respectively, meaning that you could cover a 1m x 1m surface with less than 1.5Kg of filament!

Download 3D files:

Minimal Height:
Square Hilbert Panel: https://than.gs/m/957250 
Rounded Hilbert Panel: https://than.gs/m/957254 

More sound diffusion panel designs:

Topology Tiles - Hex: https://than.gs/m/955066 
Topology Tiles - Square: https://than.gs/m/955067 

Models shown are printed with Sovol Rainbow Candy PLA

AI generated description:

This 3D model, available on thangs.com, is an innovative design of a "Home & Garden" item known as Rounded Hilbert Panels – Minimal Height from the designer DaveMakesStuff. This precise three-dimensional design offers a unique combination of aesthetic appeal and functionality, suitable for various applications such as sound diffusion panels or home decorations. By leveraging the specialized “vase” or “spiralized” printing mode, you can achieve a smooth and clean finish while also saving time and minimizing the use of printing material.

With the design embracing the beauty of the Hilbert Curve, these 3D panels will undoubtedly catch the eyes of everyone entering your home or office. Dive into the world of mathematics and geometry with these stylishly printed panels, effectively demonstrating the applications of a Hilbert Curve at its finest. Do not miss out on displaying your striking new gradient filament!

Included in the download are two sizes of panels, with edge lengths of 100mm and 200mm, as well as two mirrored versions of each panel. The design uses minimal material - only 15g and 57g of filament for the 100mm and 200mm panels respectively. With less than 1.5Kg of filament, you could beautifully cover a 1m x 1m surface area in your home or office.

The models, exhibiting a colorful display when printed with Sovol Rainbow Candy PLA, guarantees a vibrant touch to any space. Ready to transform your home or garden with this unique designer piece? Head now to thangs.com and make your home or garden stand out with the Rounded Hilbert Panels – Minimal Height.

Rounded Hilbert Panels – Minimal Height

Rounded Hilbert Panel - Minimal Height 200mm 1.stl

Give your [IKEA VAPPEBY](https://www.ikea.com/se/en/p/vappeby-bluetooth-speaker-white-gen-3-80517377/) Gen3 Speaker a sophisticated transformation with this GRID kit. This download includes the pictured Cover, Volume Dial (+ Bonus Studio Dial), and Grid Handle. (The power button can be downloaded seperately [here](https://than.gs/m/1274542?affiliateCode=MAKE))

---

**_Printing Guidelines_**

**Handle:**
- 0.16 mm layer height
- 4+ walls, 15%+ infill (use your discretion to make a strong part depending on the filament you use)
- No supports required

**Volume Dial and Cover:**
- 0.16mm layer height
- 2 walls, 15% infill
- No supports required
- For the Volume Dial, start with an opaque filament, and swap to a transparent filament above 2.4mm if you want the sides to light up (I also did a few layers of Black between the white and green to block more light from the front)*

          *For the Studio Dial, start with an opaque filament, and swap to a transparent filament above 8mm (at Z height 11mm if you want it to line up with the cover)

---

**_Assembly_**

**Handle:**
- Use the original screws for the stock VAPPEBY handle to connect this part
- Do not overtighten the 3D printed screw. That will cause the layers to be ripped apart.

**Cover:**
- Print four of the cover pins. Connect them to the back corners of the cover with a 1/4 twist clockwise (You can use pliers if the fit is tight).
- Cover should press fit into the existing rubber holes on the speaker.

**Studio Dial:**
- Optionally print the 'Studio Dial_Indicator' in another color and glue it into the divot on the Dial for an orbiting indicator (the orange dot shown in the photos).

_Feel free to leave a comment if you have any questions!_

---

**Filaments Used in Photos:**
- [Elegoo Rapid PLA+ White and Black](https://shrsl.com/4vqfx) (Also on [Amazon](https://amzn.to/4iioPSQ))
- [Bambu PETG Translucent 'Olive Green'](https://shrsl.com/4vz09)

**Printer Used:**
- [Qidi Plus4 3D Printer](https://qidi3d.com/products/plus4-3d-printer?sca_ref=6089281.BQS8d0sJuF) (Also [on Amazon](https://amzn.to/4jON7VK)) 

*_These affiliate links give me a commission on sales at no additional cost to you. Thanks for supporting Make Anything!_*. 

IKEA VAPPEBY GRID Kit // Cover, Volume Dial, and Handle

VAPPEBY_Cover_Grid.stl

These panels are designed to be printed in “vase” or “spiralized” mode to minimize the amount of material needed, decrease print time, and give a smooth clean finish. They could be used as sound diffusion panels, decorations, or just to show off your new gradient filament!

See here for video: https://youtu.be/Gunky5qSwpc 

This download includes two sizes of panels with 100mm or 200mm edge lengths. There are two mirrored versions of each panel. See here to learn more about the Hilbert Curve and how to properly orient the tiles: https://en.wikipedia.org/wiki/Hilbert_curve 

Be sure to print in “vase” or “spiralized” mode! The base is 0.5mm thick. I recommend adjusting your settings so that the base prints in only two layers.

When printed with a 0.4mm nozzle as described above, the 100mm and 200mm panels use only 15g and 57g of filament respectively, meaning that you could cover a 1m x 1m surface with less than 1.5Kg of filament!

Download 3D files:

Minimal Height:
Square Hilbert Panel: https://than.gs/m/957250 
Rounded Hilbert Panel: https://than.gs/m/957254 

More sound diffusion panel designs:

Topology Tiles - Hex: https://than.gs/m/955066 
Topology Tiles - Square: https://than.gs/m/955067 

Models shown are printed with Sovol Rainbow Candy PLA

AI generated description:

Delve into the world of 3D printing with art and entertainment brought to life by designer DaveMakesStuff on Thangs.com. Our featured model, the Square Hilbert Panels – Minimal Height, offers a unique and cost-effective way to enhance your space. These panels are innovatively designed for printing in “vase” or “spiralized” mode, ensuring a minimal amount of material is required while delivering optimal print time and a flawless finish. Use them for sound diffusion or as intriguing decorative objects, they also serve as a vibrant medium to showcase your gradient filament.

This download includes two sizes of panels with both 100mm and 200mm edge lengths, and mirror versions of each, providing you with an array of design possibilities. Experience the mathematical beauty of the Hilbert Curve implemented in these panels and learn how to properly orient the tiles for a visually dynamic pattern.

Print in “vase” or “spiralized” mode for the best results. The base is a scant 0.5mm thick, with recommended settings adjusted for only two layers of print.

The best part? When printed with a 0.4mm nozzle, the 100mm and 200mm panels use just a fraction of filament - only 15g and 57g respectively - allowing you to cover a 1m x 1m surface with less than 1.5Kg of filament! An economical and visually stunning solution for interior design or for simply showing off your 3D printing prowess.

Additional sound diffusion panel designs, including the Topology Tiles - Hex and Square, and models printed with the colorful Sovol Rainbow Candy PLA, further exhibit the diversity and appeal of 3D printed designs.

Make your space a conversation starter with these unique 3D printed Square Hilbert Panels – Minimal Height designs from Thangs.com.

Square Hilbert Panels – Minimal Height

Square Hilbert Panel - Minimal Height 200mm 1.stl

This custom set of cones is compatible with the open-sourced Head(amame) Headphones V2. “Diamond” refers to the type of mathematical surface that was used to design the open sections. 

See here for video: https://youtu.be/h3CTt0fO520 

This open-back design allows air to pass through the ear cups from the rear of the speaker driver reducing resonances and low-frequency build-up that would be caused by a rear enclosure. Open-back designs are your best open for clear and natural sound.

Files are provided for single and dual extruder printers:

More Heada(mame) compatible designs:
Gyroid Cones Single Extruder: https://than.gs/m/930949 
Gyroid Cones Double Extruder: https://than.gs/m/930954 

Print two each of the “Cone Top” and “Headband Attachment” files and one of the “Cone Bottom Left” files. Depending on whether you have a mic, print either the “Cone Bottom Right no Mic” or “Cone Bottom Right with Mic” file. 

For the Dual Extruder file set, you will need to combine the appropriate “-Infill” and “-Shell” files in your slicer.

To complete your set of headphones you will need to:
•	Download and print the remaining pieces from https://than.gs/m/908651 
•	Purchase electronics from https://headamame.com/  

Assembly instructions can be found here: https://youtu.be/2iNJaU211fA


Diamond Cones for Head(amame) Headphones

Single Diamond Cone Bottom Left.stl

The **Momentus Mind Camera** is a breakthrough device capable of capturing vivid memories and storing them directly in your brain. The incredibly satisfying and effective clicking noise triggers a Pavlovian response that your brain will come to associate with important memories. Made possible by navigating a narrow labyrinth of legal loopholes, you can now 3D print your own! So get out there and make some memories (at your own risk)!

This is the **PRO Kit**, which includes a bunch of styles and options for your custom mind camera. Try out a basic kit [for free here](https://than.gs/m/1076063?affiliateCode=MAKE).

---

**_Printing Guidelines_**

_Watch the attached assembly video for detailed printing and assembly instructions!_

- 0.4mm nozzle, 0.16mm layer height, 3 walls, 10% infill, 5 top and bottom layers.
- All parts were designed to work with PLA, and should hold up for hundreds of snaps but a more resiliant material like PETG or ABS may increase shutter life. I would avoid softer PLA variants like silk/matte, especially for the Trigger. As always keep PLA parts out of hot environments.
- _Front_loose.stl_ part is included to compensate for imperfect prints, but it's highly suggested to use a tuned printer that works with the default parts for best operation.
- If using a softer filament or want an extra finger workout you can print the _'firm'_ and _'stiff'_ versions of the Trigger, but the standard one should work well for most cases.
- For the multicolor version of the back, make sure to use the correspondening strap type (_'noStrap','StrapA', or 'StrapB'_) for both the _face_ and _main_ STLs.

- Designed to work with my printable [Keychain Loop](https://than.gs/m/1076066?affiliateCode=MAKE) or any [standard keychain](https://amzn.to/4bGq5wJ).
- No adhesives should be necessary, but if you want to glue parts together for extra strength, I suggest [E6000](https://amzn.to/3UIOdso).

---

Photographed models were printed on the [Bambu Lab X1-Carbon 3D Printer](https://bit.ly/MA_X1C) using [Bambu Lab PLA](https://bit.ly/bamFIL).*


*_These affiliate links give me a commission on sales at no additional cost to you. Thanks for supporting Make Anything!_*. 

Momentus Mind Camera PRO // Fidget Clicker + Memory Device

Multi_Front_Main.stl

These textured open-back cones are compatible with the open-sourced Head(amame) Headphones V2. 

To complete your set of headphones you will need to:
- Download and print the remaining pieces from https://than.gs/m/908651 
- Purchase electronics from https://headamame.com/  

Assembly instructions can be found here: https://youtu.be/2iNJaU211fA

This open-back design allows air to pass through the ear cups from the rear of the speaker driver reducing resonances and low-frequency build-up that would be caused by a rear enclosure. Open-back designs are your best open for clear and natural sound.

Biomorphic Headphone Stands: 

More Heada(mame) compatible designs:
Gyroid Cones Single Extruder: https://than.gs/m/930949 
Gyroid Cones Double Extruder: https://than.gs/m/930954 
Diamond Cones: https://than.gs/m/956822 

Print two each of the “Cone Top” and “Headband Attachment” files and one of the “Cone Bottom Left” files. Depending on whether you have a mic, print either the “Cone Bottom Right no Mic” or “Cone Bottom Right with Mic” file.

Spiny Cones for Headamame Headphone

Spiny Cones - R Bottom with mic.stl

A collection of 12 organically grown headphone stands. There is one “symmetrical” model, the rest are all a little weird.   

Print the “Base” file and one of the top pieces. Snap the pieces together and add glue for a more permanent connection. If you want the base to have a bit of weight, select an open infill pattern and add a heavy material such sand while the model is printing.


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Momentus Mind Camera Basic // Fidget Clicker + Memory Device

Space Toaster - Fallout Inspired Speaker

Rounded Hilbert Panels - Full Height

Rounded Hilbert Panels – Minimal Height

IKEA VAPPEBY GRID Kit // Cover, Volume Dial, and Handle

Diamond Cones for Head(amame) Headphones