I did not create or scan this 3d model, I just made it better. I really liked this 3d scan, but it was really lacking in the detail department. I re-sculpted portions of the model and added some definition. I did not spend a lot of time on it and I would have liked to add a crossbow as a weapon he could hold in his hand, but maybe I'll work on it later. This is not a working bobblehead! The original creator of this 3d model is Michael Goyette or MadMyk. You can view the original source file at the link below:

http://www.thingiverse.com/thing:174282

UPDATE: I chopped the model up into two pieces for easy printing, use supports just in case.

I did it all for the Wookie!

My first scan attempt. Chewbacca bobble head

The mold was printed on a Makerbot Replicator 1 Dual. .25mm Layer height 2 shells 10% infill in PLA. I use Oogoo for casting The Ghost and you can find the recipient here:

http://www.instructables.com/id/How-To-Make-Your-Own-Sugru-Substitute/  

It sets in less than 10 minutes so printing molds is a great way to build an army fast :). Add a few drops of essential oil to the mix and after a few days your object will smell like that instead of vinegar. Have fun.

I like this little guy, and he's tricky to print without supports, which makes him the perfect target for casting.

I use Oogoo for casting lucky cat and you can find the recipient here:
http://www.instructables.com/id/How-To-Make-Your-Own-Sugru-Substitute/
Oogoo sets in less than 10 minutes so printing molds is a great way to build an army fast :). Add a few drops of essential oil to the mix and after a few days your object will smell like that instead of vinegar.
Have fun.

I loved the cute Chewbacca Bobblehead posted by MadMyk and refined by MustangDave.

I made a version that has a working bobblehead and a little bowcaster you can glue into his hand as a birthday gift for my brother in law.

Print the bowcaster w/ brim and supports.

The model uses a compression spring and the dimensions are configured to fit the spring. The spring I used was from Uxcell (5.5 x 0.5 x 42mm/0.22" x 0.02" x 1.6"(ODWire DiaL)), purchased through Amazon.com at $7.48 for a pack of 20. So you may need to adjust for a different spring.

The spring was hot glued into the head, then fit over the peg and hot glued to the body. It bobbles very nicely.

https://youtu.be/89BZYAZUN60

This Halloween, print Frankenstein's Monster. Remixed from our original model, he now has updated bolts, stitches, and a removable brain! You can even use his head as a chip bowl for your Halloween party.

Original single print model here: http://www.thingiverse.com/thing:1057510

This is a case for the ELEGIANT NodeMcu Lua ESP8266 ESP-12E WIFI Development Board. (https://www.amazon.de/gp/product/B018E741G4/)

I designed this, because all the other one's I found on Thingiverse wouldn't fit.

This thing uses:
http://www.banggood.com/0_96-Inch-4Pin-White-IIC-I2C-OLED-Display-Module-12864-LED-For-Arduino-p-958196.html
...and:
http://www.banggood.com/D1-Mini-NodeMcu-Lua-WIFI-ESP8266-Development-Board-p-1044858.html
...to display any string from a MQTT topic. Use for example https://mosquitto.org/ and http://nodered.org/ to compose/broadcast a text. The program for the ESP8266 is included and you can change font, topic, server etc. as you like and recompile using the Arduino IDE.

I've had quite a few requests for the motorized version of the hand cranked Perseverance thing (http://www.thingiverse.com/thing:348489) , so here it is, Perseverance, Motorized.

It makes a unique bookend, I receive plenty of inquiries as to where I bought it ( ;) ). I've also printed one using glow in the dark filament for the torso, head, arms, legs, etc., and it looks good, even though somewhat eerie, in the dark. The original has been running over 3 months non stop; it's quiet, and an attention getter.

Video is here: https://www.youtube.com/watch?v=sbmPax3fRTc&feature=gp-n-y&google_comment_id=z12yglrqmqzdhbwy104cepe4dtfstlyohrk0k&noredirect=1.

The printing differences between Perseverance and Perseverance, Motorized are the use of "Base Motorized.stl" as opposed to "Base.stl", the addition of "Gear Motor.stl", and the removal of "Axle Gear Idler Wheel.stl" and "Knob.stl" which are replaced by printing an additional "Axle Gear Idler End.stl".

You'll also need a motor, coaxial power jack and power supply.

There are quite a number of parts, but all are easy to print. So if your Perseverance is there, print on, and build Perseverance, Motorized!

UPDATE: Updated "Base Motorized.stl" with correct tenon

Designed using my own software and Sketchup 8, and printed in PLA on a Makerbot Replicator 2 using Makerware 2.3.3.42.

YouTube: https://www.youtube.com/watch?v=jy7a-z19UEQ

NEW UPDATE April 8, 2016 – Added new parts for Adafruit 2.4" TFT Feather Wing

This is our 3D printed case for the Adafruit Feather. It’s for anyone looking to put their project in a box. It’s a multipurpose enclosure, so you can use it for a number of different projects. It’s designed to house different battery sizes, so it’s nice and portable. The enclosure itself is made up of three different pieces that all snap fit together. Each part has different versions, so you can make it better fit your project and there’s no wrong way to configured it.

Full Tutorial: https://learn.adafruit.com/3d-printed-case-for-adafruit-feather/overview

Well almost, you still need to locate 4 lenses from some disposable cameras and a light source.

For the light source use an LED or mirror, whatever you have. I used a cheap LED wall light from Wal-Mart.

For the lenses, I went to a local photography shop and they were very kind to give me an entire bag full (Thank you Lens and Shutter! http://www.lensandshutter.com/). Since I had so many, I designed it to work with them all. There is a different optical tube that you have to print for the Fujifilm lenses (11.9mm outer diameter) vs. the Kodak lenses (13.2mm outer diameter). It should work with the following as I measured them all and will likely work with others as well:

(CAUTION there is a significant shock hazard if you plan to open a flash camera from the capacitor!)

Fujifilm QuickSnap Outdoor
Fujifilm QuickSnap Flash
Fujifilm Flash

Kodak FunSaver Flash
Kodak unaned
Kodak Max Outdoor

The magnification of this microscope is expected be near 74x (still need to confirm precisely).

Upgrades:
Focus Lock: : http://www.thingiverse.com/thing:85698
Smartphone Adapter: http://www.thingiverse.com/thing:92355

This project was also inspired by this excellent project: http://www.funsci.com/fun3_en/ucomp1/ucomp1.htm
and this: http://www.thingiverse.com/thing:31632

Parametrische Zahnstange mit Ritzel

Erzeugt eine Zahnstange mit Ritzel.

Schrägverzahnte Räder laufen ruhiger als geradverzahnte Räder. Sie erzeugen jedoch eine belastende Axialkraft, die durch die Achslager ausgeglichen werden muss. Empfehlungen für Schrägungswinkel abhängig vom Modul findet man in DIN 3978.

Bei gegebenem Modul m und Zahnzahl des Ritzels z_r beträgt der Abstand zwischen Ritzelachse und Wälzgerade der Zahnstange
^m⁄₂·z_r

Das Skript passt den Eingriffswinkel im Stirnschnitt an den Schrägungswinkel an, d.h. 20° Eingriffswinkel werden zu 21,17° im Stirnschnitt bei 20° Schrägungswinkel.

Format:

zahnstange_und_ritzel (modul, laenge_stange, zahnzahl_ritzel, hoehe_stange, bohrung_ritzel, breite, eingriffswinkel=20, schraegungswinkel=0, zusammen_gebaut=true, optimiert=true)

Parameter:

modul = Höhe des Zahnkopfes über der Wälzgeraden bzw. über dem Teilkreis
laenge_stange = Laenge der Zahnstange
zahnzahl_ritzel = Anzahl der Radzähne
hoehe_stange = Höhe der Zahnstange bis zur Wälzgeraden
bohrung_ritzel = Durchmesser der Mittelbohrung des Ritzels
breite = Breite der Zähne
eingriffswinkel = Eingriffswinkel, Standardwert = 20° gemäß DIN 867. Sollte nicht größer als 45° sein.
schraegungswinkel = Schrägungswinkel zur Zahnstangen-Querachse bzw. zur Rotationsachse des Ritzels; 0° = Geradverzahnung
zusammen_gebaut = Komponenten zusammengebaut (1) für Konstruktion oder auseinander (0) zum 3D-Druck

+++

Parametric Gear Rack and Pinion

Creates a gear rack and pinion.

Helical gears run more smoothly than gears with straight teeth. However, they also create axial loads which the bearings must be designed to contain. Recommendations for the helix angle depending on the module can be found in DIN 3978.

With a given module m and z_p teeth on the pinion, the distance between the pinion's axis and the rack's pitch line is
^m⁄₂·z_p

This script adjusts the pressure angle in the transverse section to the helix angle: e.g. with a 20° helix angle, a pressure angle of 20° becomes a pressure angle of 21.17° in the transverse section.

Format:

zahnstange(modul, laenge, hoehe, breite, eingriffswinkel=20, schraegungswinkel=0)

Parameters:

modul = height of the tooth above the pitch line = gear module = 25.4 / diametrical pitch = circular pitch / pi
laenge_stange = length of the rack
zahnzahl_ritzel = number of teeth on the pinion
hoehe_stange = height from bottom to the pitch line
bohrung_ritzel = central bore diameter of the pinion
breite = face width
eingriffswinkel = pressure angle, standard value = 20° according to DIN 867
schraegungswinkel = bevel angle perpendicular to the rack's length resp. helix angle to the rotation axis on the pinion; 0° = straight teeth
zusammen_gebaut = assembled (1) or disassembled for printing (0)

Do you fidget? Are you a compulsive pen clicker? This may be the answer.

This little hand spinner offers you something to fidget with that's silent, so as not to annoy those around you. This hand spinner is just like the classic hand tri spinner, but with some tactile enhancements on the end!

The bearings used are standard skateboard 608 bearings (I used Spitfire "Cheapshots"), 22mm in diameter.

Design and print video: https://youtu.be/r0OJFyHZ7V8

Like the video, and want to see more of my work? Check out my website, www.Cardella.tk!

The Doraemon was originally used as a member of the cat-type robot for mass production of children.

哆啦A夢最初是被作為批量生產用於照顧小孩子的貓型機器人中的一員。

For more printing object please visit 86Duino facebook and give us a "like" and thanks for the tips...
https://www.facebook.com/86duino

喜歡圖檔的好朋友請記得到 86Duino Filament 3D 列印 / 耗材 - 不正經研究中心 粉絲團給我們按讚哦 https://www.facebook.com/86duino

My custom version of Oddish Planter.

Get reference from the original design.
Re-model and adjust shape and size
Add bottom plate.

for more printing object please visit 86Duino facebook
https://www.facebook.com/86duino (Only in Chinese)

Everyone's favorite cartoon alien as a detailed action figure.

If you should never heard of Invader Zim: In this way to early canceled TV show a short alien bent on conquering Earth poses as a human, and only one paranoid child knows his secret. More on iMDB: http://www.imdb.com/title/tt0235923

Most of the character is split in pieces which allows a lot of ball joint movement as well as proper multi-coloring with just a single extruder.

He can easily be switched to his human disguise by snapping in the human eyes instead of the alien eyes and replacing the antennas with the hair piece. There is also a 2nd head version in which he looks more relaxed. You could also print just a head without the body and use the head stand with it.

If you then want your Invader Zim to conquer our planet you might want to let him start small: http://www.thingiverse.com/thing:671647

The file include now the Panel Maker.
Check below in the Experimental area to download it.


My first try with OpenScad,
the box is fully customizable.
I hope you will enjoy with it, and will show us many boxes made with.

If you play with the Fillet value you will go from the sharp to the round sides box
If you want a chanfered box, set Resolution to 1.

To export each single piece, just set the other elements to No value.
The Top and Bottom Shells are the same,
so it's not necessary to export them two times, except if you use the PCB feet option.

Check the animation below to see how to design your own box.

You can change the text shape with any font listed here .

Have fun ;)

• Feb 12 2016
  Minor bug fixed on unaligned hole when using more than 2mm thickness.
• March 01 2016
  Added the decoration/holes options. (Thanks Ettie for your contribution)
• March 09 2016
  Added PCB feet support, fixed the shell artefact on export mode.

Please, read as well.
The PCB feet dimensions are all starting from the foot axis center.
it's not the circuit board size, holes center only(!)

Check below, some animated pictures showing how to use the Ultimate Box maker online.

The 3D model represents a face-lift of Marauder Mech. Just like the other Marauder, the 3D model features ball joints, which increase its workability and operability.

This Marauder 3D model consists of 19 separate parts. All parts are designed to fit onto 19x19 cm print bed. They are created in Autodesk Maya and converted into STL files. The files are checked and corrected in Netfabb. 

There’s a detailed video guide on the assembly of the 3D model.
https://www.youtube.com/embed/yBiCXnaJ5XQ

This Marauder 3D model with changed looks will fit perfectly into the collection of your 3D printed MWO Mechs.

Free Download Marauder 3D model STL files by clicking the green Buy button in the top-right corner of the model’s page.

More Amazing Battletech (Mechwarriors) Assembly Kits go here: https://goo.gl/AAIjsS
MWO King Crab + Guns
BattleMaster 3D Model | Assembly
Kodiak 3D Model | Assembly
Atlas 3D Model | Assembly Action Figure
Zeus Mech 3D Model | Assembly
Mad Dog 3D Model | Assembly Action Figure
and etc here: https://goo.gl/AAIjsS

Hand Spinner - Fidget Toy !!

Bearings used 608zz or 608rs
Printed in PLA, the handles are optional.

NEW HANDLE V2 !!!

• Added new handle, much more efficient and it fits perfectly in the bearing.

https://youtu.be/wK8wzwtpHoE.

Share it if you print it !!!

I love Medelis' cute Darth Vader model and wanted an appropriately proportioned legion of Stormtroopers to accompany it. I pushed and pulled on Anthonylu's excellent Stormtrooper model to get it into the same proportions as cute Darth. I also assembled all the arms and legs to speed up the print.

There's also a mini blaster you can print up because what's a Stormtrooper without a blaster?

This project is a mounting system for phones and lightweight cameras.

DESIGN CONSIDERATIONS:

• It is designed to be modular to provide flexible use. The system has potential to mount most phones and small cameras onto a wide range of objects. Using same parts printed for different purpose is the major approach.
• The included phone clamp can grab phones very firmly. And it is suitable for phones from about 55mm wide to 80mm wide (iPhone 4 - iPhone 7 Plus and bigger). The clamp hook was angled 45 degrees so it won't be able to reach and accidentally press the buttons on the side of phone.
• The modules can be used with GoPro compatible equipment. The bolts and nuts included in the design are standard M5. You can either print them or use metal ones for better stiffness.
• With this modular system, I will be developing new add-ons to it. Feel free to watch this thing. Many of the objects designed for GoPro are already usable for this setup. I uploaded some .obj files for modular parts so everyone can also collaborate for better solutions.

ACHIEVED APPLICATIONS:

• Phone/Camera/GoPro mount for Ultimaker 2 monitoring.
• Phone/Camera/GoPro mount for Aluminum extrusion printers.
• Desk clamp for phone/camera (get the bolt from original author page).
• Stand for phone/camera.
• Bike mount for phone (in remixes)

MAKING:

• One of the challenges of this project is making the project entirely 3D printable at a very small scale for such a function. So it wouldn't be necessary to shop online for some tiny little parts which the shipping cost is much more expensive than the product itself.
• In order for the bolts to be strong enough to take pulling force, they cannot be printed vertically. Therefore the bolts are oriented horizontally, with the bottom teeth trimmed off, and with 30 degrees step shape (it is usually 45 if printed vertical). With such treatment the bolts are both strong and easy to print with support material even at 0.2mm layer height.
• Print bolts and nuts at low outer wall speed (15mm/s) to increase accuracy. If the tolerence for bolts and nuts doesn't workout for you, I've attached the settings used to create them so you could make your own with slightly altered values.
• Make sure you use metal bolts and nuts for mounting heavy items like camera.
• It is highly recommended to print with complete support interface for the parts in this project. Support interface would give a flat bottom which result in a better mechanical performance.
• The orientation of stl files are already thought through during my testing. Try printing at the current orientation unless you run into problems.
• It is not recommended to reorient the arms to save support material. The tabs will be easy to break if printed otherwise.
• Mirror the arm one after another in order to have knobs on the same side.

ACKNOWLEDGEMENTS:

• The joints are inspired by GoPro design.
• The foldable arm is inspired by "GoPro counter balance folding stick. by UltiArjan" (http://www.thingiverse.com/thing:433378).
• Bolts and nuts are created with the awesome customizer "NUT JOB | Nut, Bolt, Washer and Threaded Rod Factory by mike_mattala" (http://www.thingiverse.com/thing:193647).
• The knobs in this project are modified from "GoPro knob long by tmorris9"(http://www.thingiverse.com/thing:163883). I made the socket for nut smaller and also made a short version of it.
• The desk clamp is modified from "G-Clamp fully printable by johann517" (http://www.thingiverse.com/thing:1673030). YOU NEED OTHER PARTS FROM HIS PAGE.
  Thank you all for your great work so that I could accomplish this project.

UPDATES:

• 22/03 - The phone clamp knob originally uploaded has issue of screw poping out of knob instead of knob pulling the clamp out. A new knob named "M5 knob for phone v2 tighter" with smaller hole is uploaded for the socket to firmly grab the bolt. "Phone clamp down nongrab" is an old backup version which the clamp doesn't pull out while unscrewing the knob.
• 02/04 - More variation of arms. Added more tolerance to the arms.
• 13/04 - A holder that grabs the phone clamp less tight. (Phone clamp holder v2)
• 20/04 - After a period of use, the printed bolts or nuts start to give up, especially the nuts, not able to lock the arms in place. They are more like a temporary solution. I would buy metal bolts to replace them.
• 24/04 - New version of the knob for phone clamp. More convenient to twist. Smaller diameter. (M5 knob for phone v3)
• 26/04 - New version of the knob for the joints with smaller diameter. The long knob is no longer needed. (M5 knob short v3)
• 09/05 - Longer M5x65 bolt for wide phones larger than 5.5 inch. (M5x65_D)
• 18/05 - Mount for lightweight cameras! (Camera Mount & Camera Screw)
• 18/05 - Moved the position of the nut in phone clamp, making it extend 10mm longer with M5x65 bolt. (Phone clamp down v3)
• 18/05 - Slightly more tolerance to holes for bolt. Minor change.
• 04/06 - New version of the knobs with better grip. (M5 knob short v4, M5 knob for phone v4)

NOTES:

• It is not recommended to extend the arm too long. General filament is not strong enough to take that much lateral load at this size and the arm would be very wobbly. And the arms are optimized to stay still. If you wish to use this design as selfie stick or similar purpose, please be careful with the material strength and use at you own risk.

Walkers are vehicles from the Star Wars universe that traverse the landscape on mechanical legs. They are used by the Old Republic and the Galactic Empire for ground assault or transport.

If you like our design and would like to build it so that it is as strong as Samson himself, then please order some 3Dynamic Systems Carbon Fiber Filament $50 for 1kg of 1.75mm diameter filament.

To order your free sample of 3DS Carbon Fiber filament then please visit: http://www.bioprintingsystems.com/carbon-fibre-3d-printer-filament.html

UPDATES 1/23/17

• Uploaded cut-up versions of side panels and bottom frame for smaller print beds. Print FRONT & REAR and glue together.
• Added GB1 versions of vector plate and resistor plus matching aluminum plate and side panel as they have different hole arrangements.
• Renamed some files for organizational purposes - model remains the same
• Print Guide updated to v9, reflects new parts, corrections and more details.

ASSEMBLY GUIDES
http://www.charlesworth-dynamics.com/2013/08/instructions.html

ASSEMBLY HARDWARE
A complete list of hardware needed for a Standard trap (fully 3D printed) is included in the downloads. You can also get all hardware and Deluxe upgrade parts directly from me: https://charlesworthdynamics.etsy.com

Trap Pedal is also available to print:
http://www.thingiverse.com/thing:1394639

ELECTRONICS GUIDE
Been getting a lot of questions about the electronics guide - real life and work has hampered progress. First draft is done, revisions going on right now, most likely out July - August 2017. I will be selling the guide for a modest fee as it is a ton of work to put together. I will also offer hard to find parts such as the door mechanism and some electronics. I will be releasing an Adafruit electronics list, the Arduino code and SFX files for free when the guide is released.

Updates via Twitter and Etsy:
https://twitter.com/CworthDynamics
https://charlesworthdynamics.etsy.com

This Ghost Trap is over 58 parts designed to be fully 3D printed except for the screws that hold it all together. The trap can also accommodate electronics for lights, sound, door mechanics and smoke. The first two gallery pictures show a Deluxe trap with as much real hardware as possible.

This is a hybrid between the GB1 & GB2 traps - overall size, screw placement and knobs are GB2, the protruding cartridge is GB1. I modeled the trap starting with excellent plans from Sean Bishop and Stefan Otto from www.gbfans.com. From there I made further modifications based on my own research and an abundance of photo reference.

While the trap is fully printable, it was designed based on real parts whenever possible so they can be swapped out as an upgrade. For example, 1/16" aluminum plates can be swapped out by using the 3D printed ones as a template.

To learn more about how the Trap was designed and built, see me on Tested.com:

Cute Darth Vader 3D Model
Mother file and Tutorial: http://www.portionstudio.com/model-bar/cute-darth-vader-4

Mother File:
-IGS
-STP
-STL
-OBJ
-Solidwork

3D Printing service: Portionstudio

Update #2: Someone asked whether the body can be reshaped to host a node MCU. This doesn't work but a Wemos Mini fits into the housing. Therefore I added a tray that can hold this ESP8266 board.

Update #1: Forum for exchange of widget app ideas and code

I deal international and have a lot of those time and weather widgets on my windows desktop. But windows rearrange them always so It's much better to have them in real on my desk.

With a ESP8266 and a 128x64 OLED display you can build it for only around 5$! The ESP fetch the information from the internet by WLAN and the OLED display it - done

Here I made a tiny, well looking housing for them. I had a simple, "BRAUN"-style design in mind. But it the finish result doesn't remind a BRAUN device very much. For me it rather associates with the helmet of a star wars storm trooper. However it appears likely to me.

For switching anything I made also a version with two push buttons but as this destroy the design I made a further version with a gesture sensor. This works perfect and doesn't impact the design but double the cost at least.

For the hosting of the electronics there are two version as well. One with only OLED display and ESP 8266 (ESP-03) and one with an additional Arduino mini pro (ESP-01 in this case)

ORIGINAL K-2SO 3D MODEL FROM THE NEW UPCOMING STAR WARS ROGUE ONE FILM....

PLEASE, LEAVE A COMMENT....

This Universal SmartPhone vent mount for the car is perfect for holding up any smart phone in your vehicle for GPS navigation viewing, displaying a movie for passengers, and more. Makes it easy with sides that slide in and out for larger or smaller phones!
We also added one with a smaller vent clip for those who need it! Thanks!

Firstly, a big thank you to Thingiverse for featuring this design!
Secondly, since it has been featured i'm getting asked lots of questions, please bear with me, i will try and answer them as quickly as i can.. sorry in advance if i forget!

This 3D printed design will turn your iPhone into a cheap portable 3D scanner utilising the AWESOME Autodesk Remake software

https://remake.autodesk.com

The idea is that you use your phones onboard camera to take the pictures while the turn table rotates. This is acheived by using the headphones that were supplied new in the box

The volume controllers trigger the camera remotely, taking 55 pictures for every complete rotation of the turntable.

Full project tutorial available here

https://www.hackster.io/daveclarke/3d-scanner-turntable-for-cell-phones-64fdb8

Anyone wanting the Fusion360 CAD files, they can be downloaded here
http://a360.co/2eKZHq5

Raspberry Pi 3_Modell B - Sleeve with 3.5 TFT

I couldn't find any case that fits for my 3.5" TFT-Screen from Kuman... so I designed my own one. ;)

Fits almost perfectly now.

Updates in Version V2:

• enlarged the hole for the USB power cable
• enlarged the holes for the USB ports and Ethernet (better fitting of the cap)
• enlarged the hole for the micro sd card
• more width for the Screen
• additional clip for a better holding of the cap