Make your own Levitating Planter!
I found a kickstarter for a product called "LYFE" and I loved the design. Therefore, I tried making my own! I designed it in Fusion 360, 3D printed the planter, and laser cut the base. It turned out pretty great!
All the parts I used is in my Instructables :-)
Here is the link for my Instructables, with step by step instructions: https://www.instructables.com/id/DIY-Levitating-Plant/
If you like my work you can https://www.buymeacoffee.com/Ananords :-)
Cali Cat is designed to be the purrfect initial calibration and benchmarking print. It is a simple, standard test to ensure you have the basics down before proceeding to advanced prints. Cali Cat is the alternative to boring calibration cubes. It's a test print you can enjoy keeping. It consists of linear dimensioning tests of a calibration cube and more:
Linear dimensioning: Body 20x20mm, Height: 35mm, Tail 5x5mm
Inclines and overhangs: 45º
Prints in under 1 hour.
Calibrate your printer and grow an army of cats in the process!
Compare your print results with these two great resources for tweaking tips:
https://www.simplify3d.com/support/print-quality-troubleshooting/
http://support.3dverkstan.se/article/23-a-visual-ultimaker-troubleshooting-guide
The westie ornament made into a phone stand.
Custom designed Raspberry Pi Case for the new Pi 4.
Printed with 3 perimeters & No Top or bottom layers to leave infill visible.
Edit: Modified case with 30mm fan mount, no fan mount and 2mm taller to accommodate slightly bigger heatsink added from requests.
Order it printed or custom designs at: https://www.facebook.com/Johns3DPrint/
This is a quite robust 3d-printable machine vise. It's 100% 3d-printed - no screw or other piece of hardware is needed to hold the individual pieces together. Pieces clip and snap together.
It's a demonstration that it is very important to consider forces and material properties already when designing a mechanical object. Hints about proper design are presented in my video:
The video also includes explanations how to assemble this vise.
For 3d-printing it's recommended to print 3 shell layers. 35% infill is sufficient. All the forces for clamping a workpiece are only active at the outer surface - more infill doesn't make the vise more robust. Layer height is 0.15 mm (maybe screws are better printed with 0.1mm layers). No support material needed. Printed with 0.4 mm nozzle.
Assembly: https://jig.space/view?jig=1216 (thanks to http://www.thingiverse.com/greenlig)
Designed with Fusion 360: http://a360.co/2juhSUG
If there are difficulties to print the threaded rods vertically, I've designed a version of the sliding jaw with horizontally printed rods: http://www.thingiverse.com/thing:2123529
The original cute dragon is a nice modell, but quite hard to print. I made a few changes so it can be printed out of the box without trouble:
.) Scaled it down a bit (it was too big for my purpose)
.) Cut the feets a tiny little bit to get a flat surface so it can be printed.
.) Add manual support in Meshmixer to make it printable without tons of support material and hughe cleanup.
NEW! as of June 17.
This is now a complete modular rocket system!
Pick a nosecone, body tube(s), fincan, nosecone coupler, and voila! A semi custom printable rocket!
I plan to be adding new sections on a regular basis so check back often! Feel free to leave feedback if there is some feature you'd like to see that isn't up yet :)
Important dimensions to make compatible modules:
Tube Outside Diameter - 1.75in
Tube Inside Diameter - 1.667in
Coupler Tube Outside Diameter (tight): 1.663in
Coupler Tube Outside diameter (looser): 1.659in
NOTE: The designs are closely based on the Legacy design and should work well, but many of them are still untested. I'm working on it, though.
Sheep for multi-extrusion printers.
Cleaned bottom part, amended ears for easier printing, added eyes, nose, mouth.
Separate parts + archive with dual color version.
Original model: https://www.thingiverse.com/thing:95721
Travel back to the early 1000’s and jump aboard The Drakkar with Captain Leif Erikson. Believed to be the first European to set foot on the shores of North America, Erikson sailed this type of wooden longship often found with an animal or dragon head carved into its prow.
With the intent of making the 3D printing ecosystem more accessible to educators,
MakerBot Academy has selected Common Core Standards for English Language Arts and Mathematics that align with our 3D printed content. Our goal is to lower the barrier to 3D printing in the classroom by directing teachers to standards-aligned resources. We hope to make the process of incorporating 3D printing technology into the curricula more
seamless for teachers and students alike. Find these resources in the "Instructions" tab.
Couldn't find a replacement resource costs card for Catan so I made one.
Credit to nnen for http://www.thingiverse.com/thing:646001 for the iron, brick, wheat and wood tokens and credit to cohwiler for http://www.thingiverse.com/thing:474526 for the sheep.
UPDATE: I published all my designs from tinkercad and added the links on the bottom of the description. This should help you if you want to make some individual changes to the models. Feel free to change them to your liking :-)
Authorised shops (if you don't possess a printer):
OTHER 2.0 EXPANSIONS:
This is my new low-poly settlers of catan-style boardgame. Especially made for multicolor printers like the prusa mk2 multimaterial upgrade ore the palette from mosaic.
Here are some of the new features compared to my first design (https://www.thingiverse.com/thing:1238980):
DON'T POSSESS A MULTIMATERIAL-CAPABLE PRINTER? NO PROB...
You can just print out the files you find here under the thing-files. Those are for a single color printer and you then have the pleasure to paint them the way you like :-). Just print the following parts:
FOR THOSE WHO POSSESS A MUTLIMATERIAL-CAPABLE PRINTER CHECK OUT THOSE FILES HERE:
(used colors: https://cdn.thingiverse.com/assets/43/f0/47/5f/79/Color-composition.pdf)
Concerning the roules for the base game check out this link: http://www.catan.com/service/game-rules
Alternative bases:
ASSEMBLING:
Video: https://www.youtube.com/watch?v=MGI3H2Inp4E
Here are two websites where you can order the magnets:
Diametrical (poles on curved faces) magnets: https://www.aliexpress.com/item/500-pcs-NdFeB-Thin-Magnet-Rod-Dia-3x6-mm-Diametrically-Precision-Magnet-Neodymium-Magnets-Sensor-Rare/32770059462.html
FOR AXIAL MANETS: To assemble the bases correctly proceed like this: Start with one of the bases and go around by putting the magnets into the cavities and cover them with the tiny parts printed together with the bases. Make sure that all the magnets point in the same direction (clockwise ore counterclockwise)! If not the bases won’t attract to each other. When you inserted all the magnets in one base and covered them, use some glue to combine the base with one of the landscapes on top. Now everything should hold together and the magnets should not be able to fall out or turn inside the base. Proceed like described for all other bases. After you have equipped 6 bases with their magnets everything gets more easy. Just place the next base you would like to insert the magnets in the middle of the six already prepared bases. Put in the magnets and now they should stay in there places because of the bases surrounding them.
FOR DIAMETRICAL MAGNETS: The assembling is quiet easy. Just enter the magnets inside the cavities and cover them with the tiny parts included in the models for the bases. Just make sure the magnets are capable of rotating inside the cavities and don't glue them in.
DOWNWARD COMPATIBLE:
If you want to use those new tiles together with my first magnetic settler game (https://www.thingiverse.com/thing:1238980) or my interlocking version (https://www.thingiverse.com/thing:2035221), you find the adapters for the bases here: https://www.thingiverse.com/thing:2562026
STORAGE:
I hope you have fun with this new, colored version :-)
Open designs in Tinkercad:
This webcam cover is so thin, it allows a macbook air to fully close (0.8 mm)
I didn't create any ridges in the little slider because they don't show up when printed.
Be sure to read the print settings
If you would like to see ANY changes, tell me in the comments!
I created this 3d photo-scan using Autodesk Memento. I re-sculpted certain parts of the model that were not very detailed or abnormal. This frog is a mirror image of myself when I am waiting for a 3d print to finish. Please do not use this for commercial purposes or financial gain.
What did the frog order at McDonald's?
French flies and a diet Croak. knee slapping
I was a bit surprised this item was hardly to find on Thingiverse, found one but still had is flaws and it didn't fit well.
Everyone knows the problem after you use just used a part of your, silicone, acrylic, adhesive or any other product, that after you store it, even for a short time, the product can't be used anymore. The caps provide with some brands are nice but they not work because the air is still getting in.
So I designed a screw cap that holds an O-Ring to seal the cartridge 100% air tight.
Size of the O-Ring is 25.0 outside D - 18.6 inside D. and a thickness of 3.2 mm
Please also press LIKE when you download or collect, thanks.
Happy Printing.
Also made a watertight box for electric cables that fits, https://www.thingiverse.com/thing:3398756
And made some additional Nozzles
https://www.thingiverse.com/thing:3453480
This is first part of the ferry berth for my ferries Guldborgsund ( http://www.thingiverse.com/thing:1099803 ) and Hvalpsund ( http://www.thingiverse.com/thing:1082358 ).
Still to come is the brigde for the trains to run on and off.
Today added 2 more parts. They fit together all 3 parts and there will not be any more changes on them. More to come
I wanted to have a box to store all of my dice for DnD. I modeled this one after one of the Player Handbooks. The size is large enough to store 3 of the standard 7 dice Chessex Sets. Props to ClassyGoat for creating the original MTG Spell Book!
Inside Dimensions: ~4.8" long X 3.1" wide X 1.4" tall
Hinge Dimensions: large enough for a 6/32 machine screw
Also, feel free to check out my secret lock book version of this: https://www.thingiverse.com/thing:2605787
For those that like my work or would like to make a request for models feel free to jump to my patreon page so that I can keep the models coming: https://www.patreon.com/3demporium
Bike Mount for Garmin Oregon 450 & Oregon 700
should also fit other Garmin:
Alpha, Approach, Colorado, Dakota, eTrex, GPSMAP, inReach, Rino,
Modification of enifs bike mount: https://www.thingiverse.com/thing:164720
Screws:
M3 x 25 mm & M3 Nylon Lock Nut
M5 x 16 mm & M5 Nut
Hi Thingiverse users,
there are more than 5555 downloads of my Things on Thingiverse.
It seems that I waste my time with uploading my files to Thingiverse
-> if you’ve printed it, please hit the > I Made One < button and post a picture of your part
. . . feel free to comment the Thing :-)
Snap In Guide, Many to choose from!
The Base Will fit tight but should not need any trimming, tested at a few resolutions.
Once its in the aluminum just click your guide in and call it a day.
Version 3 Is here, Optimized and should have no Ring print issues at any resolution.
If your printer hates to bridge, Print end clip with support lines at 1.8mm apart (5 lines total under roof) only touching build plate.
End Clip has been repaired, rear prongs are Back to thickness of original
Don't forget to cut any strands filling the top pillar or it will provide a lot of resistance.
For those who have tipped me a coffee, I offer back a huge thanks.
For those who wish to, I drink the cheap stuff.
I have been working on this project since November 2017 and have been enjoying it so much that it is time to share it.
Features include:
Required Parts:
Note: Using the links provided here help to support these types of projects. Thank you for the support.
This has been printed with PLA, TPU, and ABS. I really like the way the white turns out. I used White BAMtack PLA, Clear, and Glow with great results.
Source Code under the MIT License is available here:
https://github.com/Qrome/marquee-scroller
View the README.md for details on working with the code.
There is now also a double wide version for those with smaller print beds -- ESP8266 Double Wide Marquee Scroller News Weather Clock
Please share your makes.
ポリゴン
Number: 137
Type: Normal
Evolves from: None
Evolves into: Porygon2
