This stand for the advanced Raspberry Pi music player case allows you to save space between your HiFi components.

The case: https://www.thingiverse.com/thing:2397461

This is a Raspberry Pi Media/Musicplayer case, which also can be used for general purpose (for example building a thin client).
It is designed to use it with a Raspberry Pi 3 and a IQaudio PiDAC+ (http://iqaudio.co.uk/audio/8-pi-dac-0712411999643.html ; the small plastic ring on top of the cinch connectors has to be removed to close the cover. This 5mm space would totally wasted in my optinion.).
Other soundcards can probably be installed if the dimensions and the connector positions are nearly the same.
If you want to use the same parts, here is my bill of materials, including article numbers of the German electronic parts store "Conrad Electronik": https://www.dropbox.com/s/zka5diwjgptpeqg/BOM_Conrad_Electronic.pdf?dl=0

The USB connectors are common panel mounted USB connectors with male plugs.

In order to redirect the HDD activity to a front mounted LED, you have to add a "Device Tree Overlay" (please google what this is). This is pretty simple, if you use a RasPi 3 - Just add the following line to your "config.txt":

dtoverlay=pi3-act-led,gpio=xxx

Replace xxx with the pin the LED is connected to.

To use the encoder to control the volume, there is a simple piece of C code available from iqaudio.co.uk. However, it needs to be slightly modified depending on your music player distribution or audio config in general (soundcard device name).
Compile it (the wiringpi library needs to be installed!) and make it starting while boot (take a look at the PiDAC+ manual!).

Happy printing! :)

Notice: With this stand (https://www.thingiverse.com/thing:2397515), you can place your music player without wasting any space!

This Thing is a MakerBot 3D Portrait of shawn G scanned at the MakerBot Retail Store in SoHo on Mar 13, 2013. These scans are at 1/4th the original size.

The plastic mount for the tension head on my Knitking / brother knitting machine became brittle and snapped. I designed a new one to replace it.

I designed these parts to augment a Home Depot "Bucket Head" and bucket, to turn it into a vacuum former. I've posted my instructions on my website.

To create a setup just like mine, you'll need:
1x Vacuum Cork
2x Dowel Cap for Float
3x Bucket Attachments and "Toes"

SD card holder

Portraits of NASA mathematicians Dorothy Vaughan, Mary Jackson and Katherine Johnson in bas relief on the Friendship 7 capsule. The story of these African-American women’s pivotal role in the first orbit of the Earth by an American is told in the book and movie Hidden Figures.

The model is easily recognizable as a space capsule but only when it is lit from inside do these ‘hidden figures’ fully reveal themselves. This model symbolizes the invisible but vital contribution African-American women made to the early space program.
There are three version of this model.
v1 One piece model of Friendship 7 with portraits in bas relief on exterior.
v2 Two piece model of Friendship 7 with portraits in bas relief on exterior.
v3 Two piece model of Friendship 7 with portraits engraved from interior.

The appearance of the portraits with backlight (lithophane) depends on a variety of factors including scale factor, slicing settings, filament opacity and light source. Experimentation and test prints are required. These models are suitable for remixing for a variety of projects. Example photos are from model scaled at 60% for use as a nightlight.

Visit my blog http://DesignMakeTeach.com for more great designs and articles about 3D printing and making in the classroom. Or contact me on Twitter @DesignMakeTeach

Here's a video of the String Launcher in action. It was inspired by a video I saw by Bruce Yeany. His string launcher is beautiful and I knew I lacked the woodworking skills to replicate it, so I just 3D printed what I would need.

Unfortunately I can't share all the details. I don't know were the motors came from. They were in a box of left over stuff from a physics make and take workshop from 10 years ago or so. However, I made this in Tinkercad and you can easily go in and edit my model to fit what ever motors you happen to find.

This was a scan using the NextEngine 3D scanner to scan a model made in play-doh by one of our 4th grade youth.

GET SCHWIFTY!

This is a Rick Sanchez mask from Rick and Morty. I have printed this in PLA and had good success using Loctite Ultra Control Gel glue to put it together. All of the STL's are set up with optimized orientations, and are made to fit the 8x8x8 print bed of a Monoprice Maker Select (Wanhao Duplicator i3 rebrand). Many parts can be printed with no supports. It is about 1.5mm thick.

The pupils are not part of the printable parts and are just black paper with double sided tape so they can be posed on the eye balls.

Edit: Now a wall holder for this mask has been created by CristoSmallz! http://www.thingiverse.com/thing:2098729

The OpenShard is an open source keyfob to allow you to open boxes. Your thumb can fit in the curved part. Put one on your keychain and you'll always be able to opensource anything.

6" Rack for Raspberry PI B.

For the Raspberry Pi 3 Model B:
http://www.thingiverse.com/thing:2084736

See also:
http://www.thingiverse.com/thing:1840021

The code is now also available here: https://github.com/KronBjorn/SixInchRack

This is a work in progress.
Rack enclosure for extruded aluminium will follow soon, and an Arduino case with Ramps shield.

I took the floss bow and added a hole to take a 3mm bolt thread. I added a 1.5mm hole to feed the floss to the 3mm clamp screw. You can make the 3mm thread with a tap (my choice) or open the hole out slightly and run a bolt into it. The bow is ABS to make it springy. This way you can tension the floss then lock it down with the screw.

This is the PIX-E Gif Camera!

My thought process was that I wanted to create a camera that recalled those days when disposable cameras were a thing. Anyone with intermediate making/printing/coding skills should be able to put this together pretty easily.

Print out the three pieces and follow the instructions on Make Community Projects!
https://community.makezine.com/share/nick-brewer/pix-e-gif-camera-323965

I've included the 123D Design file so feel free to modify the design to fit your needs.

This Customizer script allows you to input a black and white .png image and receive the mold and stencil to create a soft pneumatic silicone actuator that will inflate to the shape of the image.

Instructables guide on how to build it: http://www.instructables.com/id/Flat-Soft-Actuators-From-Images

YouTube video: https://youtu.be/LlxUZABcah0

Based on the work found here: http://www.kevincgalloway.com/portfolio/zero-volume-air-chambers/

UPDATE: Thingiverse user Neon22 suggested some revisions and made some changes to my code that make it easier to work with offline. Here is the link: https://gist.github.com/Neon22/9ec0b7e6518b1c3fb93bbd68f6eafa99

This housing is designed to hold a Pi Zero and camera board in a vertical format suitable for wall, stand or 2020 extrusion mounting. It slides together and doesn't require any screws. The SD card is not accessible from the outside to protected it.

Two designs are included: short and deep (Vert) or tall and thin (Tall). The vert clamp piece applies to both formats.

The cases feature a GoPro compatible mount and I've included a suitable stand, mounting bracket and extension. These need an M5x20 bolt/cap screw and nut although an M5x15 will do it you have them available.

Everything is printable without support. The top piece is designed to print upside down and may benefit from a small amount depending on how your printer/filament copes with overhangs.

Update 09/08/16
At the request of stephenway, I've added a modified Vert Base (PiZeroCamCaseVertBaseLights.STL) with holes and mounting for the "Bright White and IR Camera Light for Raspberry Pi" available from various locations including http://www.robotshop.com/en/bright-white-ir-camera-light-raspberry-pi.html. I haven't printed this case as I don't have the board, but the dimensions where taken from the PCB board definition file so should be close. You will probably have to solder the wires directly to the Pi Zero as I don't think there is space to fit header pins and sockets.

At a lose for words? Can't describe an object? PiZero SmartGlass can help you with that by using image recognition tech. Make your own smart glasses easily with the Raspberry Pi Zero! Affordable and easy to build, retro-wearable 3D Virtual Stereo Digital Video glasses are around $75 along with the Pi Zero. This display uses composite video to connect the Pi Zero's video out pins and are easily customized. There are many applications for image recognition, which allows computers to translate written text into digital text. The PiGlasses can help with the field of machine vision, recognizing people and objects. Add a battery pack and your PiGlasses are ready to go!

Updates
10/3/2016 Replaced Edimax EW‑7811Un Wifi with RTL8723BU Wifi+Bluetooth 4.0
7/16/16 Fixed full.py code to reduce CPU consumption from 100% to 2%

Copy your own keys by using the customizer and holding your key up to the computer or mobile screen to check.

https://www.youtube.com/watch?v=rjqdaax-xRk
Real Star Trek Communicator

https://www.youtube.com/watch?v=OjA5TVmHFMI

Full guide on: https://learn.adafruit.com/3d-printed-star-trek-communicator/overview

Boldly go where no project has gone before with this real working Star Trek Communicator!

This prop is more than just a 'prop' - it can make real cell phone calls using the FONA Feather! It features a vibration motor, speaker and microphone mounted inside the case. You can customize the buttons to call any number you want.

The 2500 mAh battery is rechargeable over USB and will provide several hours of energy.
It's never been easier to build your own cell phone!

Making is the final frontier. These are the projects of Adafruit Industries. Its life long mission: to explore strange new projects, to seek out new 3D printed forms and new circuitry, to boldly make what no maker has made before.

This simple case holds the Raspberry Pi Zero v2 a Raspberry Pi Camera and Cable. The case is held together by the base which is printed separately. I used some funky foam for a good compressed fit. You may wish to modify this case to make the ports easer to access.

My neck gets sore staring down at my laptop all day so I designed these simple adaptors that take a pizza stand like this one and turn it into a laptop stand.

3d model designed for Shapeways Nylon material. With some modifications should be workable on a standard PLA or ABS printer. Look forward to seeing what the community does with my first 3d printing project.

Loosely inspired by the Apple Cube USB Charger Bracket, this is a mount for a 5V A1 USB power supply (this one at Adafruit and a tiny breadboard. There is a small cubby between the breadboard mount and power supply to stuff a short USB cable into. It's perfect for a little IOT device with a Particle Photon!

My teacher friend, Scott Dellosso, has taught about Phineas Gage for a while and was elated to find a 3D printable version of the skull. He even wrote a blog post about his lesson.

I remixed the original so that the rod could be printed separately and thereby making it removable from skull model.

Note: I had to scale it down to about 70% to get it to fit on the Printrbot Simple.

This is the logo for the Syfy Channel.

This is the logo of Brakebills University as seen in the Syfy Original Series, The Magicians.

Brakebills University for Magical Pedagogy is the premier insitiution for the study of magic in North America, and even, arguably, the Northern Hemisphere. Since it's establishment in 1763, Brakebills has been the standard-bearer of American magical society, and has given rise to generation after generation of illustrious Magicians.

http://www.syfy.com/themagicians

Syfy is a division of NBCUniversal. ©2017 All Rights Reserved.

Original designs created and printed in collaboration with Voodoo Manufacturing. https://voodoomfg.com/

This is the logo of Brakebills University as seen in the Syfy Original Series, The Magicians.

Brakebills University for Magical Pedagogy is the premier insitiution for the study of magic in North America, and even, arguably, the Northern Hemisphere. Since it's establishment in 1763, Brakebills has been the standard-bearer of American magical society, and has given rise to generation after generation of illustrious Magicians.

http://www.syfy.com/themagicians

Syfy is a division of NBCUniversal. ©2017 All Rights Reserved.

Original designs created and printed in collaboration with Voodoo Manufacturing. https://voodoomfg.com/

This is a complete user assembled model of the Time Machine as seen in the Syfy Original Series, 12 Monkeys. Model parts include the main characters James Cole and Cassandra Railly.

By 2043, a virus has wiped out most of the world's population. One time traveler, Cole, must journey throughout time to prevent the virus from ever happening and stop its engineers, the Army of the 12 Monkeys.

http://www.syfy.com/12monkeys

Syfy is a division of NBCUniversal. ©2017 All Rights Reserved.

Original designs created and printed in collaboration with Voodoo Manufacturing. https://voodoomfg.com/

This is a new 3d printed form for silicone molding. You can insert a vibration motor eg. the body interaction vibrator development board. The battery can be charged wireless.
The body interaction board

• has a Ardunio compatible microcontroller
• vibration strength control by motion
• vibration motor and a rechargeable battery.

Detailed instructions: http://wp.me/p2TZiU-zrM
Re-design with Tinkercad:and re-share:
Molding form part A and B: https://tinkercad.com/things/3k8fZ4c6DUd
Molding form part A only https://tinkercad.com/things/0d8iiHDwNwb
Molding form part B only https://tinkercad.com/things/4oH8zshjtav
New inlay version 4 https://tinkercad.com/things/8CetMkd8SME
Old inlay part A version 3 https://tinkercad.com/things/e10jsTQHzhr
Old inlay part B version 3 https://tinkercad.com/things/6JQmkaK6zvk
More information www.bodyinteraction.com

Revision 2016/04/05 A new version of the inlay "balls_revisited_4_inlay" fixes problems with some new wireless charging modules where the receiver coil has a smaller inner diameter. The file "balls_revisited_4_inlay" replaces the 3 files "balls_revisited_3_inlay", "balls_revisited_3_part_A" and "balls_revisited_3_part_B"

Mr. Game & Watch Character from the Oil Panic. Complete with Bucket and 3 drops of oil! Print and glue Mr. G&M into included stand.

See more on Game & Watch: http://www.ssbwiki.com/Game_%26_Watch_(universe)