Makita battery to Ryobi tool adapter

https://www.youtube.com/watch?v=1D4TrLdZCdc

need Makita Terminal 643852 or 643838
or, if you prefer http://www.thingiverse.com/thing:863257

M3 10mm bolt and nuts x 4.
5mm x 25mm spring you can buy on ebay x 2.

optionally:
0.28" digital voltmeter
6 x 6 x 9 mm tactile momentary push button switch.

Sketchup is free software, but if you like, you can go to

https://my.sketchup.com/app

and view and edit on your web browser too!

I bought my husband a Vertuoline machine for Christmas. So far all the pod holders I've found are made to hold the cardboard sleeves. I think the cardboard sleeves look ugly and are impractical. He likes 8 of the flavors but only drinks 1 - 3 cups each day. I don't want multiple holders with dozens of pods displayed on my counter.

This thing was made with Tinkercad. Edit it online https://www.tinkercad.com/things/l2xvL7GCISS

Hello, my version of baby Groot from the upcoming blockbuster movie "Guardians of the Galaxy 2". The model resembles the baby groots appearance in the trailers of the movie.
I recommend using the high detail version to capture all the details i put on. But if your slicer freezes/crashes, use low detail version, as the high detail version has several million polygons and requires more RAM/computing power to be sliced. There are 2 versions of the model, one with brim and one without brim. Use the version with the brim for better adhesion. You will have to remove the brim after print to assemble it. Last thing: The model may be rotated once imported. Thats because Zbrush takes Y-coordinate to be the up-direction. Don't forget it to rotate by 90 as in the photos. Happy printing.
Post update: Uploaded a non-separated version as some users wanted (height 15cm, untested, should be printed fine).

All 3 Steampunk octopus needs in 1

Pangolins now are facing critical crisis as they are closing to extinct. In fact, humans are the murderers of this disaster, superstition and greed are the main reason to cause this massacre.
Pangolins, the mammals covered in tough and overlapping scales, are actually far from aggressive. Their scales provide good defense against predators in wild. However, they’re considered the world’s most hunted animal because people believe that the meat is prized for medicinal ingredient and the scales help curl impotence.
Nowadays, the numbers of pangolins are less and less, some people eat them only for the reason of showing their ostentatious wealth, what they do to these helpless animals is to make them approach to endangered. Although International trade in pangolins has been banned by CITES since 2000; and are listed them as 'protected species' in most Asian home states, scaly anteaters are still threaten with smuggling and poaching. Pangolins’ disappear would not be the result we expect to see, only when strictly implement of law enforcement on punishing these poachers and pangolin-eaters would effectively bring down the crisis of extinction. This is our latest chance to save pangolins, and please never make science predictions come true.

Pangolin is a really skillful and difficult work that I have spent a lot of time on it. It has been passed at least six editions before presenting to all of you. What I was trying to challenge is an artwork with both perfect appearance and function. It was a little struggle for me to share this work at the beginning since I’ve fallen in love with it when it’s first done and stood in front of me. At this moment, what I am wondering more is to let you firsthand it, holding and feeling the variation with actions. Enjoy and I believe you’ll like it.

Same file will be uploaded to http://fastlab.tw/, (Institute for Information Industry, III), which is a 3D works sharing website, welcome all 3D players upload your works and have fun here!

Special thanks to Shinkong Synthetic Fibers Corp. for providing dedicated color materials (ABS) and supporting on this creation.

Design Software - SketchUp
my settings
ABS
z resolution 0.2mm
scale 100%
Don't printing all models are small then 75% of original model size,
and set up 0.15mm layer resolution.

https://www.facebook.com/paperworkers
https://www.facebook.com/automata.create
https://www.youtube.com/watch?v=fkWxOLbFxPI

穿山甲正面臨迫切的危機，牠們走在快速滅絕道路上，人類是這場災難的兇手，迷信與貪婪是屠殺的原因。

穿山甲這個性情溫和的動物，全身佈滿鱗片，這些鱗片在野外對於保護自己有些幫助，但是身上的鱗片也是牠們被獵殺的因素。因迷信穿山甲的鱗片有醫療與壯陽的效用，導致穿山甲這無辜的動物被瘋狂獵殺。也因為野外的穿山甲越來越少，所以穿山甲成了昂貴的食物，有些人僅僅是為了炫富而食用穿山甲，這樣的行為也把穿山甲推上最後的滅絕之路。雖然現在穿山甲在多個國家及地區均禁止出口及貿易，但是走私與盜獵依然存在！落實執法，逮捕並懲處這些盜獵者及食用者才能真正解決穿山甲的危機。科學家認為亞洲的穿山甲可能將於20年內滅絕！這不是我們想要的結果，現在就是解救穿山甲的最後機會。請別讓科學家的預言成真。

這個作品我花了很多的時間，是一個難度很高的作品，自開始到完成創作至少修改了6個版本，不停地推翻與重建，因為我在挑戰一個美與機能都要兼具的作品。所以當我完成這個作品時，也同時愛上這個作品，因此有些捨不得分享出來。但我更期望朋友們也能夠親自體驗我的感受，能將牠握在手中，感覺牠的觸感、聲音與各種動態的變化。當你下載了並列印這作品時，願你也能像我一樣愛上這個作品。

同樣的檔案我也分享於 http://fastlab.tw/ 這是台灣資訊策進會的3D分享網頁，希望各位3D玩家也能慢慢豐富這個地方。

感謝 新光合成纖維股份公司 訂製專用顏色之3D列印材料贊助本作品創作。

列印建議
層高0.2mm
免支撐
縮小列印時請別小於0.75並提提高解析度到0.15mm

Printed in ABS with no supports.

This case is designed to be laser cut from 3mm and 5mm acrylic. It
forms a four bay enclosure for Lenovo serial Ultrabay enhanced drives (12.7mm). The serial Ultrabay slim and Ultrabay Slim do fit but have gaps above them.

The tolerances are very close but the design has been successfully
realised, though even the protective plastic covering upsets the slot
sizes enough to cause issues.

Using 1/8th inch acrylic does not work with this design!

Layer 0 (black) is the through sheet profile cut.

Layer 1 (red) is the connector and slot cutouts

Layer 2 (yellow) is the text

There are three dxf files the first two are to be cut from 3mm
material and are only split for my convenience in fabrication. Sheet
three is to be cut from 5mm material and forms support slides.

Assembly is somewhat fiddly but everything does go together. The
easiest approach seems to be to start with the right side wall flat on
a desk and assemble parts onto the slots, then add the left side and
back and front.

Please read the safety concern section below

Most of you have glass beds, and hairspray is one of the most commonly used bed adherence tools.

I'm not a fan of removing my glass bed every time I re-apply hairspray so I usually fold a paper towel into a little square, and spray the hairspray onto there, and then wipe it on in a thin layer in the middle of the bed. This has worked great, except I need two hands to do this, and I always end up coating the other hand in hairspray.

I was modeled after a can of unscented extra super hold Aquanet, but this has fit with a wide range of compression cans.

NOTE
If It doesn't mist out and it ends up streaming out, (the hole may seal due to over extrusion), just take a thin needle or pin and tap it into the hole. I used a 0.5mm needle to enlarge my hole, mists perfectly now

1) Print this out
2) Pull off the spray nozzle on your bottle of hairspray
3) Snap this into place
4) ...
5) You're done!

Now, I have a little sheet of paper towel folded next to the can, and every time I want to apply some hairspray to the bed single handedly, I just take the paper towel, and press down on the mouth quickly, and wipe that on the bed. Nice single even coating of hairspray!

On thing about the wonderful line of Dyson DC vacuums is that nothing fits their hoses or brushes except their own parts. They are ingenious, but sometimes you'd like to use that one shop vac accessory, and can't. This adaptor will let you attach those 1-1/4 inch accessories to many of the Dyson accessories.

This is the Oni Skull from Jooxoe3i, it's so creepy cool! We brought the STL into Autodesk MeshMixer and applied a shell to save on material and printing time. It was printed with a low infill at 100 microns on the Ultimaker 2, with max size. Check out the overhangs, we added custom supports using Simplify3D. Took 12+ hours to print.

Just wanted to play with MeshMixer... Enjoy!!!

This is a smaller, 4-leaf redesign of emmett's totally amazing Preassembled Iris Box (http://www.thingiverse.com/thing:1811143). After studying emmett's design carefully and with some advice from emmett himself, I managed to design a 60mm diameter version that prints faster. I also increased the internal clearances somewhat to make it less challenging to print. Like emmett's, it prints pre-assembled and without supports. Thanks, emmett!

Update: In my original version, the outer sphere was a little wobbly when closed and could cause jams. I've updated it to help prevent this problem. I've also included the Solidworks (2011) model for anyone to hack on.

Watch: https://youtu.be/pdFCBuTAVp4

These blinking goggles use a remix of my Print-In-Place Iris Box (http://www.thingiverse.com/thing:1817180) which is a remix of emmett's Preassembled Iris Box (http://www.thingiverse.com/thing:1811143). Right and left "eyeballs" snap into the goggles and a 3D printed spring holds them open. A discrete piece of fishing line is used to actuate the blink. Or you can also skip the spring and the fishing line and just reach up and operate each iris manually. Optionally, you can add "lenses" to enhance the look.

This is a 3D scan of me done using an ESUN structured light scanner. (I’m not affiliated with them). It uses four towers with a total of eight projectors and 16 cameras. Each full scan takes about two seconds. Photos of the scanning process can be found here.

Included is the raw OBJ output as well as a watertight, printable STL file.

I firmly believe in Open Source and while this is not exactly a technical achievement it’s what I have to offer. You are welcome to use this scan for your own projects but kindly remember it is of a real person who will probably see the end result. Be nice.

Update 8/30/15: I've uploaded a much nicer version of the cleaned up scan provided by ESUN. This does not have the distorted face the older file has. It's labeled "best version". They also provided the texture file which is in the zip archive.

Julius Ceasar

Perfectly Scaled

At 20 times smaller than its armored prehistoric counterpart, the MakerBot Stegosaurus Skeleton model is designed to let you get hands-on with this ferocious Jurassic giant. This intricate download was created by our talented in-house design team to be a handsome addition to any classroom or personal paleontological collection.

Classroom Ready

Discover the unique anatomy of the Stegosaurus from the claws up when you print your own. Pair it with fun lesson plans for an interactive and educational experience that will leave your textbooks collecting dust.

Easy to Print

The MakerBot Stegosaurus Skeleton includes helpful assembly instructions so you can reconstruct this renowned reptile with confidence. Download, 3D print, and say hello to your own personal dinosaur today.

Changelog
5/9/17 - New XYZ Part to allow for T8 Leadscrew driven Z axis.
8/8/16 - Fixed a small dimensional error with the corner assemblies. -Thanks Martin S
7/13/16 - New Roller Assemblies. No more motor mount flex, less hardware needed. More, mostly printed!
5/25/16 - New Center and Z Axis assemblies, More rigid!, easier to square, universal tool mount.
4/24/16 - New Corner assembly, easier to square, shorter print time, more rigid.

Mostly Printed CNC / MultiTool
These parts are for 25.4mm = 1" OD conduit.

More info here https://www.vicious1.com/, and http://www.thingiverse.com/thing:724999

Parts list, https://www.vicious1.com/blog/parts/

ROOT 2 CNC!

Official Website!

Join our forum and ask questions with our community.
https://www.rootcnc.com

Facebook

Join Our growing Facebook Group to keep update with everything going on!
https://www.facebook.com/groups/1023078667749894/

Current .Zip = 2.0.2

Update!!! R3 is here:

http://www.thingiverse.com/thing:1750276
This is the latest version of Root CNC!!

Join Us on Facebook! Upload idea's, photos and any updates

https://www.facebook.com/root2cnc/

https://www.facebook.com/groups/1023078667749894/

Introduction

I started this project to enable me to do another project which required sheet wood to be machined, (another 3D printer which I have been wanting to do for a while). without the large cost of out sourcing the tasks to a company. So I created this CNC named Root 2 to open up a endless amount of possibilities.

Why make it open source? Since getting involved with 3D printing and the whole open source community, it has taught me many things and open doors which might not have been open without the added experience the community has given me. So I thought what a great way to put something small back into very thing what got me hooked in the magical world of CNC machine - the open source community.

If you make one or remix it, I would love to see it! post some photos and show it off! =]

Working Area = 331x305x120mm (X,Y,Z)
Goals of this machine

• Create a expandable CNC machine capable to machine aluminum
• Use minimal different 3D printed parts
• Customization (Make it Bigger)
• Cheap
• Simple
• Use parts commonly used in DIY 3D printer
• Easily sourced parts

Ciao a tutti,
Hello everybody,

GASB 1.0 a very simple printable flying wing.

The wingspan of this model is 80cm (31,5 inch). The parts of the model are able to fit into a standard 3D printer (19x19x16cm work size). The key points of this design are: very few pieces to be printed (9), cheapness (about 300g of PLA), easy assembly (only CA glue) and good flier!

History:

• On July 31th 2016 over the field of GASB in Padulle the flying wing version 4 flew. The first four takeoff attempts was spent to find the CG. This is located 145mm rear to the junction leading edges of the wings. As soon found the CG, the plane took off twice by beautiful flights. The final weight of the version 4 was 334g with all (battery, motor, receiver etc,,,).
• The version 5 was a little heavier (358g) due the increment of the thickness to 0.32mm instead 0.3mm, the infill 3% instead 2% and canopy fixed by magnets. The weight was increased but the motor is able to manage properly. Was downloaded by over 10000 people. Downloadable here: https://www.thingiverse.com/thing:2320788

Version 6 available for download. The improvements are show here https://www.thingiverse.com/make:347302

Here there is a video https://youtu.be/TYR0Yaah_4o

Recycle Nespresso VertuoLine Capsules.
Foil cutter, integrated scoop (x2) and lid.

• Boxcutter blade idea seeded from thingiverse #723702 for espresso capsules. *

Ideal for prepping capsules for simple recycling and compost of grounds.
Also for use with third-party foils to re-fill capsules with your own coffee grounds.

The FIRST system open-source that use only one hot end for print 2 color!

you can use this system with :

• Jhead or similar
• budaschnozzle or similar
  ( adapter : http://www.thingiverse.com/thing:130200)

for more information and story of the development of this system :
http://3dita.falaschi.com/search/label/FalaUnion-Mono

Fit's a Mitutoyo Caliper model 500-181U, model 500-184-20 and probably others of same dimensions.

Features a quick release snaplock. The snaplock can be broken free to pivot after print.
The two parts join with a press fit. Works quite good with ABS.

Prints with minimum support around the joining end (See picture). No internal support needed.

Designed using Fusion 360.

Updated with parts oriented to recommended print orientation.

Designed prop guards for my QX90. One version has slots which should make mounting easier with props on. Enjoy! :)

https://www.youtube.com/watch?v=fEiAmrf7smw

The prop guards can be bought at good price and quality here:
http://xdroneparts.com/store/product/eachine-qx90-propeller-guard/ (US)
https://www.unmannedtechshop.co.uk/qx90-quadcopter-propeller-guards/ (Euorpe)

See it in action: https://www.youtube.com/watch?v=v3aeKj2nCo4

This is an improved of my original printed guitar (http://www.thingiverse.com/thing:710561). It is printed with 15% carbon fiber filled PLA, which is about 50% stiffer than regular PLA. I've also added slots for aluminum ribs in the X-bracing to keep the top from warping over time, and a head-to-heel aluminum truss rod to prevent neck warp.

This guitar requires a big printer - at least 14"x14".

Grado headphones are awesome, but the foamy ear pads dissolve way to fast. So I decided to try to make some out of NinjaFlex rubber filament. The fit is perfect on my circa. 1994 SR80s. Not sure how the can size has changed over the years, but they look to be pretty similar shapes.

The comfort of this design is not as good as original foam, but I expect tuning of build parameters could help soften them up.

This is the Deadpool head I used to make my Deadpool Knife Block. Head over to instructables, to find out how to make your own:
http://www.instructables.com/id/Deadpool-Knife-Block/

Please read my post about this frame first, it explain how this frame work :) If you don't have a 3D printer, I can also print it for you...
https://oscarliang.com/whoopee-micro-frame/

Be aware a few comments below suggest that scaling might be required in some cases (due to shrinkage/printer/filament). Experiment to find good result.

Build example
https://oscarliang.com/whoopee-micro-quad-build-scisky-fc/
http://intofpv.com/t-brushed-evo-f3-eachine-1s-500mah-25c

Discussion:
http://intofpv.com/t-whoopee-micro-quad

It’s not an easy thing to print. I am running a Ultimaker 2+ with Cura. I tried many settings and I have good result with “Normal” printing profile (it takes almost 3 hours to print). It would be even better to go with “Fine” if you can.

Use "Support" "Everywhere", over hang angle 40, I prefer the Line type. Infill density 100%.
Material: PolyMax PLA

It's designed in free 123D Design, so it's probably not perfect.

Example build parts list:

• FC: Micro Scisky
• RX: SRP8 PPM Receiver
• VTX: FX798T
• Motors: Banggood 0820 Brushed Motors
• Frame: Whoopee Micro
• Battery: 380mAh 1S LiPo

Update 03/08/2016

• Optimized all STL files
• Added 15 degree VTX mount

Update 06/08/2016

• fixed problem with 15 degree VTX mount (small gap between bed and object)

This bracket holds up a pair of headphones on a fabric cubicle wall using nothing more than pins to hold it up, and leaving no mark in the cubicle wall when it's removed. It can easily hold up even a fairly hefty pair of headphones.

It requires the metal double-pin piece from an Advantus Panel Wall Clip (http://www.zerbee.com/Products/Advantus-Panel-Wall-Clip__AVT75338.aspx) or similar clip (see picture), which will snap onto it, so that the pointy pins can be used to hook into the fabric of a cubicle wall system. If you don't have those, you could probably modify the design to something you can shove push-pins through, or use some other kind of pins, but those clips are pretty ubiquitous in fabric-cubicle-wall offices.

It's sized to fit most headphones, including the Sony MA Series comfort headphones I use at work.

This is a basic template of a "zowimanoid" made with FreeCAD. It can be used to design new Zowi mods with head and arms.

Full sources (hardware and software) can be found here.

An assembly tutorial could be found here (in spanish, but with a lot of pictures).

Remix from: http://www.thingiverse.com/thing:1506660

Full sources (hardware and software) can be found here: https://github.com/JavierIH/zowi/tree/master/mods/Zowimanoid

An assembly tutorial could be found here (in spanish, but with a lot of pictures):
https://ihrobots.wordpress.com/portfolio/zowimanoides/

In this video you can see his movements:
https://www.youtube.com/watch?v=BlAEPQGoF-U