Summary
Like me, you have properly been wiping the printer hot bed for cleaning with a paper towel more times than you can remember – filling the paper bin with used towels.
I found the solution for me and it will properly also work for you – A sponge in a box, preventing it from drying out.
The box has a size to fit standard kitchen cleaning sponges (the cheap ones with heavy cleaning nylon on one side).
Just cut off the nylon part and slice it to the length you want. This is approximately 12 mm for the small box and 20 mm for the standard box.
I print a lot of PETG and therefore my sponge is wet with windows cleaner. Alternatively disc wash and water. You know best what is needed for your printing…
Don’t use solvents that can dissolve the printed box – just a warning.
>> If you like the design, please leave a Like or a Tip… thank you
Print Settings
Printer Brand:
MK3
Printer:
Prusa i3
Rafts:
No
Supports:
No
Resolution:
0.20mm
Infill:
20%
Notes:
2 perimeters, 3 top and 2 bottom layers.
Shown models is printed in Devil Design Gray PETG.
Author: Thingiverse
-

Sponge Holder Box for Hot Bed cleaning 3D Print Model
-

M35A2 Wheels 3D Print Model
Summary
Remix of outcastrc’s wheel. I wanted offset so I gave it some offset, and also moved the ring to the back of the wheel instead of the face of the wheel.
Still uses M2x10 screws -

Tronxy X5S dual PSU Hanger 3D Print Model
Summary
The original used too much plastic. I added some holes to make it lighter and use less plastic. Should keep the same rigidity.
Print Settings
Printer:
Tronxy X5S
Rafts:
No
Supports:
No
Resolution:
.2 mm
Infill:
20%How I Designed This
Remixed it in Tinkercad -

Tronxy P802MA external Display Enclosure – Remix 3D Print Model
Summary
Added the Tronxy Logo
Added on/off button on right hand side.
Print Settings
Printer:
Tronxy P802M
Rafts:
No
Supports:
No
Resolution:
.2
Infill:
15 -

Reverse Osmosis Diaphragm Plunger for Whirlpool WHER25 3D Print Model
Summary
My Whirlpool Referse Osmosis system has a plastic plunger used for auto-shut-off. Years ago, I purchases a replacement plunger which also eventually failed (cracked into multiple pieces). This 3d printed replacement part has been in operation in our system for more than a year without issue.
Print using Food Grade PLA and sanitize before installing. I used RAPTOR Series Black PLA which has FDA approval for food contact and prints at 245F. Depending on your printer (and whether the final part has seams or small nubs, the part may require light sanding to ensure perfect fit as the plunger must travel freely for proper operation.
Food Grade PLA:https://www.makergeeks.com/collections/raptor-series-pla/products/raptor-series-pla-high-performance-3d-filament-true-black-175mm-1kg
Print Settings
Printer Brand:
Ultimaker
Printer:
Ultimaker 3
Rafts:
No
Supports:
No
Resolution:
0.1
Infill:
20% -
EggBot suction cup holder enlonged for table tennis’s ball with sources 3D Print Model
Summary
I’ve made it to print on table tennis’s balls. It is suitable for JJrobots Sphere-o-bot kit’s suction cup and has size enough to hold table tennis’s balls. -

Bulbasaur Voronoi Style 3D Print Model
Summary
Bulbasaur (Bisasam) Voronoi Style. Please share your results. -

Cubicle Hook 3D Print Model
Summary
Changed jobs, came to work in an office full of cubicles. Found that the hooks that clip onto the top of the cubicle wall were a little hard to find, so I decided to borrow one & copy it. Took some measurements & made this my first ever project in Fusion 360. I purposely did not make it banjo-tight across the top of the cubicle wall, as I wanted to be able to try both PLA and ASA (I use ASA instead of ABS, but it has similar properties). I have only printed them in ASA, because it has some flex to it. I suspect PLA will work fine, since it won’t have to flex too much, but it might be a tad brittle & prone to stress cracking, depending on each filament brand’s properties.
Print Settings
Printer Brand:
Prusa
Printer:
i3 MK3
Rafts:
No
Supports:
No
Resolution:
.28mm
Infill:
50% rectangular
Notes:
With such a small/thin part, it’s all about perimeter strength. I used 4 solid top/bottom/perimeters in S3D, and 50% infill, because there is barely any infill after those perimeters, so it’s not really much of a waste. -

Rectangular Modern Bonsai Pot – No Support Print, With Drainage Holes 3D Print Model
Summary
Easy Printable Bonsai Pot Series
Pot 2 – Rectangular Modern Bonsai Pot
A simple, circular bonsai pot with drainage hole.
Why?
These pots are designed to be easily printed without supports.
There are a lot of bonsai pot designs that have no way of orienting them for printing without supports.
By splitting the pot into two pieces, feet and body, you can easily print both without support and have a great looking pot at the end of it.
Feet
Print the foot model 2 times as downloaded, and 2 times mirrored (this should be easily accomplished in your slicing software)
Print Settings
Printer Brand:
Tinkerine
Printer:
Ditto Pro
Rafts:
No
Supports:
No
Resolution:
0.3mm
Infill:
10%
Notes:
Print 4 copies of the feet, 2 of them mirrored, and glue to the base. They are designed to be glued right up to the edges.
Scale up or down as needed.
How I Designed This
Fusion 360 -

BLV E3D V6 Bowden Extruder Mount 3D Print Model
Summary
This is a remix of the Pruisa i3 MK3 bowden extruder mount for the BLV linear rail mod with the E3D V6 Extruder.
I wanted to have a minimal and stiff mount which suits a 40 mm fan and the common BL-Touch (Smart).
Print Settings
Rafts:
No
Supports:
Yes
Notes:
Resolution and Infill is up to you – I used fairly high infill percentage to make it reliable and stiffAssembly
Nozzle to probe offset is in the images.
Assembly and what I used:
11x M3 – nuts
2x M3x30 – putting the 2 parts (base and cover) together
2x M3x23 – mounting the 5050Fan
4x M3x18 – 40 mm Fan + Cover (use whatever you’d like to)
3x M3x10 – Nozzle-Fan and BL-Touch
4x M3 screws to mount the base to the linear carrier -> see BLV -

Robo3D R1 Filament guide 3D Print Model
Summary
Use this guide to install at the top of the printers cut-out hole.
Twist to lock it in place.
Take 6-8 inches 4mm PTFE tubing and insert thru the hole so that filament is fed from below and exits at the top.
Then, pull the filament into extruder.
This will cause PTFE tube to BOW and prevent filament to stap or grind against the printer when printing high objects or generally dealing with allot of LEFT to RIGHT motion.
Spool should be attached on the side of the printer. -

Calf Stretching Block 3D Print Model
Summary
This is a simple design of a calf stretching block.
Print Settings
Printer:
Anycubic i3 Mega
Rafts:
No
Supports:
No
Resolution:
.3
Infill:
10% -

KTM HDB Computer Relocation/Dash mount 3D Print Model
Summary
I made this to relocate the hard to see/hard to access computer on my 2017 KTM 350 EXC-F, and in the end also relocated my ignition switch, and blinker light all in one go.
This attaches to the Highway Dirt Bikes top clamp, and may or may not be specific to the size clamp that I use (100mm bolt spacing pattern, due to using Rox risers). As I don’t have another HDB to compare it to, any interested parties would have to give it a go and see if other clamps are the same physical size other than having a different bolt pattern.
This is made to use the top mounted Dash insert (shown here with two buttons and ignition switch).
Allows mounting a couple RAM balls with 8mm bolts on either side, or retain access to that HDB style hand guards (untested, as I don’t own them).
Print Settings
Printer Brand:
Prusa
Printer:
i3 MK2S
Rafts:
No
Supports:
Yes
Resolution:
.22
Infill:
20-30%
Notes:
Supports from build plate only work just fine (and possibly without). Infill is up to you. For the one I’ve mounted on my bike I used 30% using Protopasta CF HTPLA, which I heat treated, and feels very sturdy to me. -

Adjustable Raspberry Pi camera mount for PowerSpec Ultra 3D Printer 3D Print Model
Summary
What you need:
I’ve included arm linkage at 40, 50, & 60mm lengths, but you really only need 6 of the 60mm lengths.
You should also print 2 of the arm_joint model.
That’s just to replicate the setup that I have, but it’s honestly very customizable. Print whatever you want!How to setup a streaming webcam with your Raspberry Pi:
https://pimylifeup.com/raspberry-pi-webcam-server/The different bases:
If you have the PowerSpec Ultra, I recommend printing the large base as it’ll allow you to perfectly connect the base to existing screws. You can still use the small base, It just connects at opposite corners and looks a little funny. I’m really just including it for anyone that might not have the PowerSpec Ultra since it may work better for them.
If you are using the large base, do not unscrew all 4 bolts at once! You don’t want to drop one of your axis arms down. Unscrew 3 of them, screw the base most of the way in on one corner, and then unscrew the forth bolt and swing the mount around to line up with the other holes.The different front cases:
I removed the pins out of the case for the v2 version of the camera because they seemed more likely to break than do anything useful. I haven’t modified the v1 version from the original that u/ReMake posted since I don’t have the v1 camera. Just wanted to put everything in one place for everyone else.Adjusting the camera:
If you have the v2 version of the camera, I would print this adjuster: https://www.thingiverse.com/thing:1574661
I recommend printing the taller socket style one as I was constantly hitting my M3 bolts using the wrench style one.
Print Settings
Printer Brand:
PowerSpec
Printer:
Ultra 3D
Rafts:
No
Supports:
Yes
Resolution:
0.32mm
Infill:
100% -

Articulated elephant 3D Print Model
Summary
Articulated Elephant. No support required. I printed with 10% infill and 3 bottom/top layers. Enjoy -

Sněžka (Largest Czech Mountain, 1603 m) 3D Print Model
Summary
https://en.wikipedia.org/wiki/Sn%C4%9B%C5%BEka -

Simple PCB Holder 3D Print Model
Summary
A simple holder for PCB work.
Print 2 of each STL file.
Push an M6 bolt through the top hole of a frame, slip on a spring (washers optional) and glue into a block.
Repeat.
2 pieces of M8 threaded bar through the bottom 2 holes. slide together to hold PCB, end frames will grip the threaded rod.
Wrap an elastic band around the each end of each thread if required or add some M8 nuts to cinch it up.
Simple 🙂
Hardware required
M6 bolt x2
spring x2
washers x4 (optional)
M8 threaded bar – cut to any length you want (or 8mm wooden dowel)
Hot-melt glue or similar
Rubber bands – to hold frames (optional)
M8 nuts – to hold frames (optional)Print Settings
Printer:
GEEETech i3 Pro B
Rafts:
Yes
Supports:
Doesn’t Matter
Resolution:
0.2
Infill:
25%Post-Printing
The glue only needs to be strong enough to prevent the spring pushing the block off the end of the bolt.
The spring should be able to grip the PCB without damaging it. (TIP: I cut the springs out of pump-action soap dispensers – just the job 🙂 – or buy a tray of assorted springs off eBay for a few quid.
How I Designed This -

Crosman 1377 suppressor V2 3D Print Model
Summary
I had been searching for a nice way of attatching a suppressor to my crosman 1377 without having to buy a longer barrel. I couldn’t find anything on the internet that I liked, so I came up with something myself.
This is the second version of my idea. This new version is made out of just one piece. Its total length is a bit shorter and I hava made the fit with the 1377 much better by fitting the barrelband around the barrel instead of having it in front of it, plus extra support for the weight of the suppressor.
You can find my original design over here: https://www.thingiverse.com/thing:2556614
This suppressor works way better than its previous interation and I had ever expected it to work so well. The only thing I hear is the sound of the hammer hitting the valve. Now I can comfortably shoot it outside whithout having to worry about my neighbours.
And the total cost is less than $5,-.
Make sure to post the results when you made one for yourself.
Print Settings
Printer:
Da Vinci Mini
Rafts:
No
Supports:
No
Resolution:
0.2
Infill:
100%
Notes:
DO NOT USE YOUR SLICER’S GENERATED SUPPORTS!
It will most likely put support material inside the suppressor. I have included a model with supports. These might look weird, but they work extremely well.
Chose strength over looks!
You will need around 30 m of plastic for this project.
Post-Printing
Post-Printing work on the suppressor:
After the suppressor is printed, true up the inner holes with a 5.0 mm drillbit.
Then true up the hole that goes around the muzzle of the barrel with a 8.0 mm drillbit. This hole locks the barrel in place, so take your time. Use some sandpaper or a 11.2 mm drillbit to clean up the hole in witch the barrel must fit.
I put some carbon vinyl around the barrel just for asthetics.
Also to take away the cheap plasticy look I sanded it with 250 grid sandpaper and buffed it with some scotch-brite. This gives it the sort of weathered look. -

Demon Bust Voronoi Style 3D Print Model
Summary
Demon Bust Voronoi Style. Please share your results. -

AA 5s Tray for Exogen battery 3D Print Model
Summary
This is a tray for 5s 14500 battery pack.
I used it in custom pack for Exogen4000. (3.6v batteries) -

DNA Bottle Opener 3D Print Model
Summary
Bottle opener with a DNA molecule wrapped around it. The DNA molecule is offset to one side so that it can be printed without support. -

Caliper holester 3D Print Model
Summary
useful and fits most belts you can sit with it ad it can be used with multiple different caliper brands. (not all may work)
Print Settings
Printer:
Monoprice maker select v2
Rafts:
Doesn’t Matter
Supports:
No
Resolution:
.2
Infill:
20%Post-Printing
when you complete the print you need to glue it together. you may need to sand it to make it fit right.Standards
NGSS
Overview and Background
used for holding a measuring caliper
Lesson Plan and Activity
not really used for any lessons just for holding a caliper -

Modified Infinity Gauntlet Forearm 3D Print Model
Summary
This is my edit of the Infinity Gauntlet forearm to be rounded instead of pointy, to be closer to the movie version.
Only contains the forearm model, the rest is Telephoneman’s gauntlet with post-processing. -

Swarmlord replacement teeth 3D Print Model
Summary
snapped some of the teeth off my swarmlord when trying to remove the supports in the mouth
so instead of having a pirate swarmlord, I reinforced the teeth, added some gap filler bits so they print all one piece. (top jaw, bottom jaw)
lay it flat and print it at the smallest resolution your printer can do.
this remix isnt needed if you are printing the swarmlord at 1/1 tabletop scale but i’m scaling mine up quite a bit so the teeth start to get fiddly. -

Monoprice maker select v2 spool holders 3D Print Model
Summary
spool holder (1) needs to have 2 copies and they need a 3/4 inch PVC pipe
Print Settings
Printer:
Monoprice maker select v2
Rafts:
Doesn’t Matter
Supports:
Doesn’t Matter
Resolution:
.2
Infill:
20
Notes:
spool holder (2) needs supports the others don’t -

Kleine Verstärkeranlage 2.1 3D Print Model
Summary
Hallo,
was macht man wenn man zwei Lautsprecher und Filament übrig hat ? Richtig- etwas zum Sound machen.
Alle Modelle sind mit Tinkercad erstellt und werden dort auch veröffentlicht. So kann jeder die Formen seinen Gegebenheiten anpassen.
Das Verstärkermodul gibt es bei Amazon:
KKmoon TPA3116D2 50W x 2 + 100W 2.1 Kanal Digital Subwoofer Audioverstärker-Brett Leistungsverstärker Brett DC12V-24V
https://www.amazon.de/gp/product/B01M5H3SUD/ref=oh_aui_detailpage_o06_s01?ie=UTF8&psc=1
Das Netzteil gibt es in der Bucht:
24V 3A DC Steckernetzteil Netzteil Gleichspannung 24 Volt Schaltnetzteil Trafo
Dort gibt es auch die Klinkenstecker und die dazugehörenden Buchsen.
Ebenfalls aus der Bucht:
1 Paar 2-Wege universal Einheit Magnat TMJ 10/80 S 160 Watt max.
Viel Spass bei Drucken- lasst die Nozzle glühen !!!
Print Settings
Printer:
Anet A8
Rafts:
No
Supports:
No
Resolution:
1.0
Infill:
25% -

JUUL Outer Sleeve 3D Print Model
Summary
I wanted to create some custom cases/sleeves for my JUUL and needed an accurate model in order to get the proper tolerances for slip-fits and things alike. This model, by itself, will not print well at all. This model is best used as a skeleton to build your own creative ideas on. Model was drawn in SolidWorks2017. -

Concentric Voronoi Egg 3D Print Model
Summary
This is one of @Antonin_Nosek easter eggs, taken 3 times and scaled to make it more complex. -

Camera spacer for Puda 220 3D Print Model
Summary
Camera spacer for Puda 220 frame for camera mouting.
As holes for camera screws is larger than necessary, made this simple spacer, to center screw. Tested with Runcam Owl Plus, but probably fits other as well. -

Venturi injector 3D Print Model
Summary
This is my first attemp to make a venturi injector to add chlorine and other chemicals to my borehole water -
Pi Zero W 3D Print Model
Summary
A lot of my robotics projects make use of the pi zero w (especially since my local MicroCenter sells them for <$5). I use this mock up for when I’m working with tight placement / clearances.
It’s made in openscad so many of the dimensions and tolerances are easily customized.
You can checkout some of my other projects on github.com/avirtuos -

Meanwell NES-350-12 Cover for MK2 3D Print Model
Summary
This is a remix of mmoore0s great power supply cover. I made the original and broke 2 of them while mounting so I reinforced 3 of the sides and also added the MK2 mounting lug so I could mount it on my clone. It would allow you to use the larger meanwell on any MK2 style frame though. I also, rather than drilling the frame, added the included block and used it with double sided tape to secure the top of the power supply to the frame. I think you could leave that off and the screws at the bottom would be enough to hold it in place if your printer doesnt move much but I just wanted to make sure the top was secured to the frame. I printed the one in the pictures with E3D edge crystal. It looks good and has done the job well so far. -

CHAOS THEORY Pins 3D Print Model
Summary
These are pins for team 5468 CHAOS THEORY for FIRST Robotics Challenge. This was my first multi colored print. But feel it turned out really well!!!
Print Settings
Printer Brand:
Creality
Printer:
CR-10S
Rafts:
Doesn’t Matter
Supports:
Doesn’t Matter
Resolution:
0.2mm
Infill:
100%
Notes:
I swap filament at 2mms. This is usually after 12 or so minutes per pin being printed. -

Dual Vortex Fan Duct 3D Print Model
Summary
The Turbo Fan on a Qidi X-Pro truly lives up to its name. When it is on, it roars like a turbo jet on an airliner. If you listen closely, you can hear parts rattling from the vibration.
This redesigned Dual Vortex Fan Duct eliminates that noise by reducing vibration. The fan duct is fastened onto the carriage by two screws that are aligned with the extruder nozzles. Two additional clips next to the fan further dampens vibration from the fan.
Additional parts:
■ 2 x M3x20mm screws for carriage
■ 2 x M4x35mm screws and nuts for front clips
■ 1 x M4x20mm screws and nuts for blower fan
■ 1 x 6″ tie-wrap
Modification:
■ Clip the tie-wrap around the wiring bundle.
■ Gently wiggle an pull the fan wires out of the wiring bundle.
■ Tie the rest of the wiring bundle back in place with new tie-wrap.
■ Remove 2 screws that hold the dual-extruder onto the carriage.
New Assembly:
■ Push one M4 nut through the slot at the top (as pictured).
■ Snap fan into place and fasten it in with one M4x20mm screw.
■ Fasten fan duct onto the carriage and dual-extruder with two M3x20mm screws.
■ Fasten fan clips with two M4x35mm screws.
Printing Tips:
■ Print with “touching plate” support type at about 25% density.
■ Can be printed using ABS without turning on the print cooling fan. -
Flower thing 3D Print Model
Summary
Another OpenSCAD distraction. This time I wanted to show my daughters the interesting aspects of Fibonacci numbers & came across this video on YouTube:https://www.youtube.com/watch?v=FOuHWXN8g2s (Thanks Eric Buijs!)
I have shamelessly appropriated his code for placement of petals/leaves around a sphere. The code for drawing a rod between two points is from here:http://forum.openscad.org/Rods-between-3D-points-td13104.html (David Eccles).
The only part I can claim as my own is the petal/leave drawing module. This is an intersection between a linear_extrude (creates the lateral shape) and a rotate_extrude of 2d formulas. This unfortunately makes the render very computationally expensive & it takes a long time to render for nr leaves > 100 &/or high values of $fn. -

Bosch eBike chargerwallsupport / Bosch ladegerät Wandhalter 3D Print Model
Summary
Halter um ein eBike Lader von Bosch an die Wand zu schrauben. -

Boat Lock Trim Reminder 3D Print Model
Summary
Made a tag to put on my boat lock that reminds me to trim the lower unit up. I have to put the lower unit down in order to get close to my garage. I changed filament color when it started the letters, this isn’t a multi color extruder part.
Print Settings
Printer Brand:
Prusa
Printer:
Prusa Mk2
Rafts:
No
Supports:
No
Resolution:
.15
Infill:
20 -

Birthday Cake with Heart Candle 3D Print Model
Summary
Birthday cake for a friend of mine, inspired by this Thing. Designed in TinkerCad, using the Text Ring customizer to create the letters, which were then debossed into the side of the cake. “Icing” on the cake was created with the Twisty Ring custom shape, topped with the Hearts on a Circle custom shape. The “Candle” is the Twisted Polygon custom shape, topped with a basic shape heart.
Print Settings
Printer:
SnapMaker
Rafts:
No
Supports:
No
Resolution:
0.2
Infill:
10%
Notes:
Printed with Amolen Bronze PLA.
The “candle” prints separately from the cake and is inserted in the cake afterwards. I did it this way because this was going to be mailed to a friend and I wanted to avoid having to box it up.
Post-Printing
Optional: painting
I wanted the heart to stand out a bit more, so I painted it with nail polish. Worked like a charm. -

Project UFO 3D Print Model
Summary
First prototype of UFO, made with recycled parts.
Recycled components:
Metal disc recycled from an old hard drive
Cables (pc power supply)
Led 5mm
work in progress
I’m studying a better stand with batteries and switches
The 2 parts are assembled by interlocking with a C-shaped ring
which allows to adapt to the diameters of the parts by sticking together
Print Settings
Printer Brand:
Creality
Printer:
CR-10 Mini
Rafts:
No
Supports:
Yes
Resolution:
0.10
Infill:
20%
Notes:
PLA -
Impossible Box 3D Print Model
Summary
An impossible box designed by a 5th grader. The ball is stuck inside the box and will not come out.Standards
CCSS
Overview and Background
Students were challenged to make an interactive art piece using the 3d printer or recycled material.
Only after 30 minutes two 5th graders had this designed.
Lesson Plan and Activity
Create a box of size dimensions of 28X28X28
Create a box that is the size of 24X24x40.
Turn this box into a hole and put it through the box.
Duplicate this box two more times and turn the one box 90 degrees and the other rotate the other one so it is standing tall on the workplane.
Move these three boxes that are holes to create a cube with holes on all six sides. Make sure the box has the same outer edge. Select all the shapes and group them together.
Create a sphere that is 25 in diameter and place it inside the box.
Make sure the sphere is not touching any of the square. (which is so different on how we touch 3d design that everything has to be touching.)
8 Print using supports and rafts.Materials Needed
3d printer and filament -
Baby Handcuffs for Poopy Diapers 4/1/18 3D Print Model
Summary
Baby Handcuffs for Poopy Diaper Changes
It’s a real problem facing the infant population today. Evidence suggests 7 out of every 10 babies faces an irresistible urge to reach down and touch their own poop while you change their diaper.
Eeeww.
Luckily we have 3d printers which can help solve our pressing day-to-day matters.
Enter Baby Handcuffs. Problem solved. The perfectly inhumane way to prevent your baby from touching their own fecal matter.
April Fools 2018
I’m no parenting expert but pretty sure baby handcuffs are not the solution to icky diaper changes.
Print Settings
Notes:
don’t print -

Eletronic Bay 3D Print Model
Summary
This holds a Unify pro HV, antenna XII, R-XSR receiver and a buzzer all together, it can be used with 28mm standoffs or there is a lift to use with original hight, use TPU -

3.50mm Omnibus F3 Raised Spacer 3D Print Model
Summary
This is a remix of JerryBoi831’s design.
Simple raised PDB mount. Utilized to mount a PDB and FC to my Bixler 3
Print Settings
Printer Brand:
Prusa
Printer:
i3 MK3
Rafts:
Doesn’t Matter
Supports:
Yes -

Lint Scraper 3D Print Model
Summary
Just a simple scaper I whipped up to help scrape the lint off a dryer lint catcher. It works better on thicker lint, but once the wad is started anyways its easy enough to remove the rest using the wad. -

Pac-Man Ghost (eyes only) 3D Print Model
Summary
For the lazy person like me (it take too much energy to use a sharpie), I split the eyes into two parts that can be printed in black & white.
Print Settings
Printer Brand:
Prusa
Printer:
i3 MK3
Rafts:
No
Supports:
No
Resolution:
0.10
Infill:
20 -
HVAC_Vent_Knob 3D Print Model
Summary
Knob for ceiling mounted hvac damper -

Remix élément extrudeur Nicosky pour contact Amazon 3D Print Model
Summary
Remix du remix de Nicosky afin de coller dedans un contacteur disponible sur Amazon.
Il suffit juste de lui collé une petite claque au bout pour intensifier la pression.
Passer les cables dans le trou avant soudure pour ne pas être embêté par la prise, qui elle ne passera pas.
Le contacteur est disponible ici:http://amzn.eu/1cAJ7r0 -

Freddy76 3D Print Model
Summary
réalisation d’un cerclage de protection pour les fûts de bière pour les transformer en récipient à usage multiple. -

Tool – Lateralus Eye 3D Print Model
Summary
For fans of the band Tool. Fairly easy print, can be printed in different colors or painted! I left the inner eye portions out for the smaller print, they wouldn’t print anyway, only for a larger print. Has a clasp and a hole on the back to be made into a pendant. Enjoy!
Print Settings
Printer:
Qidi Tech 1
Rafts:
No
Supports:
No
Resolution:
.15
Infill:
doesn’t matter
Notes:
As long as you get a good first layer, easy as pah. -

Magis Spun chair 3D Print Model
Summary
This is a model of the Magis Spun chair, at approximately 1/16 scale. I wanted an accurately proportioned and scaled model so I began with the 3D model from the Herman Miller specifying software I use in my work. My first attempt at printing had the full chair, in its upright position. The lower broad rim required supports due to the overhang so I added them in my slicing software (Simplify 3D). After printing the chair and removing the supports I was not at all happy with the quality of the surface that remained. It was too rough and stringy looking to be fixed via sanding so I looked for another solution.What I settled on was splitting the model into two pieces which would not require supports and would be glued together after printing. This ended up working great!
If you know how to print multiple colors with your printer you can also add accent stripes.
Print Settings
Printer Brand:
Robo 3D
Printer:
R1 ABS + PLA Model
Rafts:
No
Supports:
No
Resolution:
.15mm
Infill:
20%
Notes:
I printed these with PLA, with 3 top solid layers, 4 bottom solid layers, and 1 perimeter shell. Matte-finish filament works great on these ( I used Matteforge filament from Steelmans)
Post-Printing
I print on a glass bed, so the surfaces that get glued together come out very smooth and flat. It is important to have them as flat as possible in order to minimize any gaps at the edge after the pieces are glued together. I use Loctite Ultragel Control super glue, applied in concentric circles. I try to get close to the outer edges but not so close that I have to deal with squeeze out of the glue. I find that a drill bit inserted through both pieces keeps them aligned and allows you to twist the pieces together to get good glue coverage. In my case, a 3/32″ drill bit works perfectly. If there are any visible gaps after gluing you can burnish them closed using a metal rod (I use the shank of a screwdriver), provided the gaps aren’t too large.
The last thing I do is wet sand the part. I start out with 400 grit and then switch to 1500 grit for the final finishing. -

Losi Micro Crawler/Trekker Base plate 3D Print Model
Summary
This is the base plate where you would mount your losi micro crawler or trekker transmission. This is a very small piece so the lower you can go with the resolution the better the print will turn out. If you don’t have a printer that can handle very fine detail go with the version with no indentation as it is a lot easier to print and does the same job. I have provided two bolt patterns on the same design, the first one is base pattern, the other one is offset to mount transmission closer to the right side allowing for closer to center driveshaft location.
Print Settings
Printer:
Monoprice Select Mini Upgraded
Rafts:
Doesn’t Matter
Supports:
No
Resolution:
as low as you can go
Infill:
85% -

Android Body for Google Home Mini 3D Print Model
Summary
Let me start by thanking and giving credit to RAY_Design for the original idea and design.https://www.thingiverse.com/thing:2813569
Printing instructions:
Print all parts in the orientation provided in the files
In body color:
Body: print with support, feet sticking up.
Arm: print two with support, lying on the side (for strength around socket hole), socket hole down. That way the rough spots from the support material are on the inside and less visible.
Antennae: print two with a brim. They are very small, and without a brim, they might not stick to the print bed.
I printed all these pieces in one batch with support and brim.
White:
Collar: print without support, upside down
Eye: print two
Arm Ring: print two
You can print all these pieces in one bath, no support, no brim.
I made a few changes in this remix:
Uses 40% less material for the body when printed feet up: You still need to print with support, but there’s a lot less of it because of the cone shaped interior
Openings to route the power cable back into the body and out between the legs, for a neater look. You can coil up extra cable inside the body.
One piece arms: my version needs to be printed with support, but the rough spots will all be on the inside, where there aren’t very visible. Some sanding is required. On the plus side, no seam in the middle of the arm, and a stronger socket. You can still use the arms from the original design if you prefer – they are interchangeable.
Arm pins attached to the body
Collar rests in a groove on the body for a snug fit. I recommend glueing it to the body anyway.
Opening for the mute button (although still not easily reachable)
A built-in base in the body for the Home Mini to rest on, for a more stable fit
I used superglue to attach the eyes and the antennae to the Google Home Mini. If you rather not do that, you can skip that step – it still looks cute without it.
Print Settings
Rafts:
No
Supports:
Yes
Resolution:
High detail (for the arms at least)
Infill:
20%
Notes:
Body and arms need support. I recommend printing the antenna, arms, and body with a brim. The body probably doesn’t need it, but I wasn’t gonna risk it, and I printed all the green pieces in one batch.
This is a very large piece. I printed everything with “High Detail” for the best appearance. It takes about 24 hours to print all pieces at that resolution.
Post-Printing
Sanding the arms
I printed the arms lying down, with the pin hole facing down, for extra strength around the pin hole. Support is required in that orientation. But it will be on the inside of the arm, facing the body, so not very visible. After pulling off the support material, I sanded it smooth with fine sand paper.
How I Designed This
I started by looking at and printing RAY_design’s design (https://www.thingiverse.com/thing:2813569), and then recreated it from scratch in OpenScad. I took measurements from an official Android figuring (shown on the left in the 2nd picture), and scaling it up by a factor of 2.22.
I gave the interior of the body a cone shape so that you can print it upside down (for a smooth finish of the bottom and legs) with minimal support. Even so the cone means that extra material is needed to fill the area around the cone, it is a lot less than printing support material to fill the entire body to support a flat bottom. -

Talia 3D Print Model
Summary
Remix of: https://www.shapeways.com/product/TKBVQBP9Q/elf-female-ranger -

Egg cups 3D Print Model
Summary
Support your Easter eggs with this fashionable egg cups!
Print Settings
Printer:
3novatica gate 2.0
Rafts:
No
Supports:
No -

DIY Bird Feeder with a bottle 3D Print Model
Summary
Easy-to-make bird feeder, that can be made with kids.
To attach the parts together use some strong waterproof glue -

Longboard ABEC 11 Flywheels & Clones Lock Nut for sink head bolts 3D Print Model
Summary
This remix was cerated in order to use M5x50 sink head bolts/screws on the original design. -

7 inch eppler 423 propeler 3D Print Model
Summary
The above are 7 inch propellers with eppler 423 as profile. I made my own drone and i used these because i could not find any 7 inch props.In a few days i will upload more data for the above with a thrust to rpm graph.
Print Settings
Printer Brand:
Prusa
Printer:
Prusa Clone
Rafts:
Yes
Supports:
Yes
Resolution:
0.1Post-Printing
Post processing
Definately it needs some post processing with dremmel for grinding or smoothing.Have in mind that the trailing edge (the rear edge where the air last meets the wing) needs to be as sharp as you can(some aerodynamic black magic here) for maximum efficiency.grind it and smooth it also for better visual results -

Celebrimbor’s hammer 3D Print Model
Summary
This is a hammer based off of the one wielded by Celebrimbor in the Shadow of Mordor games. This is by no means a perfect model, but the most detailed one I could make.
The parts of the Hammer are meant to be mirrored to fit the other side. Although this does pose the issue of the elvish script on the side being backwards. I will try to fix it in the future and when I do the file will be uploaded to this page.
Also this should be printed at 175% for full size.
Once printed just superglue and try not to destroy Mordor with the rings you create.
Print Settings
Printer Brand:
Creality
Printer:
CR-10
Rafts:
No
Supports:
No
Resolution:
0.1mm
Infill:
20% -

Creality 3D CR-10S End Cap 3D Print Model
Summary
This replaces the end cap on CR-10S and CR-10. I designed this to be able to add custom colored end caps to my CR-10S. This was also designed as proof of concept for a stable mounting point for a camera, sensors or other things that need mounting. I will upload variants of this with an arm to hold a camera or a light securely to the gantry.
Print Settings
Printer Brand:
Creality
Printer:
CR-10S
Rafts:
Doesn’t Matter
Supports:
Doesn’t Matter
Resolution:
0.2 mm
Infill:
20%
Notes:
Print at what ever resolution you wish and infill you wish. The part prints fast and strong. This printed part stood up to repeated insertions and removal. -

ALIEN pen holder 3D Print Model
Summary
Remix from printer obessions Alien Bust speed sculpt. original posted in my mini factory
https://www.myminifactory.com/object/3d-print-alien-xenomorph-41364
gave me permission to post. This should bring him more traffic. This guys Sculpts are INSANE -

Tevo Tarantula Camera Mount for D-Link 3D Print Model
Summary
Tevo Tarantula Camera Mount for D-Link
Print Settings
Printer Brand:
TEVO
Printer:
Tarantula
Rafts:
Yes
Supports:
No -

Car Headrest Tablet Hooks 3D Print Model
Summary
I needed a Universal tablet mount for my daughter on our road trip and I have a mono price mini printer. Nothing would fit the bed of the printer so I decided to try making my own.
Print Settings
Printer:
Mono price select mini v2
Rafts:
No
Supports:
Yes
Infill:
50% -

Jade Key – Ready Player One 3D Print Model
Summary
This is a remix of Ready Player One Keys by Jason Smyth. -

Buttplug 10*4.5*4.5 cm 3D Print Model
Summary
Easy buttplug to print from pla, don’ forget to do annealing
Print Settings
Printer:
Obsidian
Rafts:
Doesn’t Matter
Supports:
Yes
Resolution:
0,08mm
Infill:
20% -

Organic Monitor Stand 3D Print Model
Summary
I needed to replace the box under my monitor with something prettier. So I designed this monitor. It uses all the space available in a 20×20 bed and is really stable. Also you can pass cables or store things under it.
Print Settings
Printer:
Prusa I3
Rafts:
No
Supports:
No
Resolution:
0.3
Infill:
20% -

Workbench Paper Towel Holder 3D Print Model
Summary
Designed this paper towel holder for workbenches. You can bolt these onto the bottom of any work bench to secure a roll of paper towel for easy access. -

Bath Interferometer version 2 3D Print Model
Summary
Modification to the original Bath. The Fusion360 File has been parameterised to make different size for:
Side Mirror, Lens holder, Cube beam splitter, and Laser holder.
Added hole at back of base to allow laser to be mounted there as well as on the side.
Optimized to be placed on the 3D Printed stage with the Y flex stage.
All parts have been slightly modified from version one.
Screws needed are:
1 – 2-56 1/2 inch for the mirror holder.
2 – 6-32 1/2 inch. For the lens holder and laser holder.
1 6-32 hex nut for lens holder.
Tap the holes for these using taps. -

Desiccant Container – Vase Mode 3D Print Model
Summary
I’ve had a desire to design a vase mode printed part that is actually functional and not just decorative for a long time and this seemed like the perfect project to do it on.
I wanted a container for desiccant that didn’t have all those spindly little parts that are so annoying to print so I decided to make one that would be much easier and faster to print using vase mode. I also wanted it to have a lid that would just snap together so I didn’t have to worry about clips or latches, and thus this little container was born.
It was also designed to fit in the center of most spools to save a little space. It should fit any desiccant beads that are 2 mm or larger without leaking, though you will get broken pieces that fall out of the sides and top at first.
Here’s the desiccant I use but you might want to go up a size because the little broken bits like to fall out a lot:https://www.amazon.com/gp/product/B019NN1GBG/
If you print it out of ABS or PETG you should theoretically be able to recharge it without ever needing to open it up again by putting it in the oven for 2 hours at 200 degrees. It also says you can recharge it in the microwave but I’m not sure I’d trust it not to melt. I’ll update this as soon as I try both or let me know in the comments if it works!
The lid has a small ridge that just snaps into place and holds it fairly tightly. To open, just squeeze the container slowly on the sides until the lid pops off. Or, if you feel like having the lid go flying and spilling desiccant beads everywhere then feel free to squeeze it quickly!
Let me know what you think!
Print Settings
Printer:
BF-3D
Rafts:
No
Supports:
No
Resolution:
0.2
Infill:
None
Notes:
I designed this to be printed in vase mode with 0.2mm layer heights and 4 solid bottom layers. You can probably do 3 layers without a problem but if you do more than 4 you will have a solid bottom and get less air flow.
4 bottom solid layers
Post-Printing -

8 Position Quick Adjust Smartphone Stand 3D Print Model
Summary
I created this 8 position smart phone stand to be quickly adjustable, print in place without supports, and to be a pretty quick print (2 hours for me). It has spots for 4 rubber feet (less than 10mm in diameter, but should be 2mm tall).
I have included 2 styles. One with a diamond pattern, one without. Both styles with WITHOUT supports!
Please post your makes and comments!
Print Settings
Printer:
Hatchbox Alpha
Rafts:
No
Supports:
No
Resolution:
0.20mm
Infill:
20%Post-Printing
How to use
When you remove it from the build plate, move the back support forward to break it free from the base (if it’s fused at all). It should move pretty freely.
Then just slide the back support up and back to the desired position. Adjust for and aft to adjust phone tilt. -

Citroen, Peugeot rear cable sleeve clip 3D Print Model
Summary
This is a replacement clip for my Citroen C4 (2007) Coupe cable sleeve at the boot.
Since there was a problem with the cables (they would brake every now and then and cause shortcuts) removing the cable sometimes results in braking this little piece that is essential to hold the cable sleeve (FYI: my mechanic broke it and had it super glued, so after a while the whole sleeve would come off!).
It’s a replacement part that you cannot find anywhere (or no one would sell it to me!), so I had to print one.
The Citroen order code for this is : 96308075.80.
You will need to print 2 of those since one locks to each other (the locking is not great but a little bit of super glue to each other gets the job done).
Enjoy! 🙂
Print Settings
Printer:
Anet A8
Rafts:
No
Supports:
Yes
Resolution:
0.1
Infill:
100%
Notes:
It’s best to print it in nylon, ABS or PETG. PLA will be too fragile (brakes when sliding in the opening) and since in warm climates the temperature of the roof/ trunk can reach high temperatures I would recommend a much stronger/temperature proof filament.
Use supports if you want it printed as it is (on the side) I have noticed that printing it like this would result in being stronger when bending the flaps. However, if you rotate it you can print it without supports. -

Window hook 3D Print Model
Summary
Usefull to suspend things on a windows.
I’ve used 4 hooks like that to suspend some aromatic plant.
Plant pot are made with cutted plastic bottles. -

Foam Lance bottle cap 3D Print Model
Summary
Typically the Foam Lance bottles come with no cap.The cap allows you to store the washing liquid in the bottle.
The cap suites on the bottles with 1″ pitch 4mm treading -

Modern House 3D Print Model
Summary
very cool Modern house with lots of little details and touches added to it to make a very modern house! -

3D Printing T92 Self-propelled Artillery(Challenge your limits) 3D Print Model
Summary
Do Not Forget History, Cherish Peace
3D Printing T92 Self-propelled Artillery
I spent 5 months designing it and hundreds of parts to challenge your limits!
145 unique Parts, 2023 All parts, 1 Tank!
Every Part is a work of Art!
If you make one, please post a make!
Welcome to my page: https://www.facebook.com/kangkang1949
If you want to customize your perfect scale model (parts), I can design for you!
Patreon: https://www.patreon.com/kangkang1949
You can download the files in my Patreon page.
The files are shared with you on Google Drive. It will permanently stored in Google drive, and keep updating.
As long as you be my patrons, you will receive a monthly like 3d printed tank!
Design Principles
1.Suitable for almost all of the 3d printer.
2.Use print and material features to improve print quality.
3.Save material and printing time.
4.Respect the prototype.
5.Almost no glue when assembling the model, assembled with the structure.
6.My patreons decide what I design.
Thank you!
Print Settings
Printer:
Ordinary home FDM 3d printer
Rafts:
Yes
Supports:
Yes
Resolution:
0.1mm
Infill:
80%
Notes:
Each tank has a full set of STL files, all 3D printing methods including Images and Assembly videos and Upgrade log.
Post-PrintingAssembly video
Hundreds of parts
Old photo
My friend printed the T92. Due to he printed big scale, split the part for printing.
The wheels All parts can rotate like real tanks!
-
Zentraedi 3D Print Model
Summary
This is a lowpoly model -

Hot Wheel Track 180 deg Turn, 45 deg Bank, 40mm Drop 3D Print Model
Summary
(Debuted at #mrrf2018)
This 180 degree turn with a 45 degree bank and 40mm drop hot wheel track has the ability to be mounted via a m5 x 6.7mm heat set brass insert from McMaster.
Step and fusion 360 files are included if you want to modify the design. Very likely you will need to do some clean up in the mounting slots. I am working on a tongue version of this same part, please subscribe to my profile if you would like to know when I release that part.
Happy printing. -

Pen Grip Ball 3D Print Model
Summary
Parametric pen grip ball, inspired by Makers Making Change’s pen ball and designed for them.
Prints in ABS or PLA without supports
Parametric: size and pen diameter can be changed
Uses 5× M4×12 machine screws and 5× M4 nutsPrint Settings
Printer Brand:
FlashForge
Printer:
Creator Pro
Rafts:
Doesn’t Matter
Supports:
No
Resolution:
0.3 mm
Infill:
20 %
Notes:
Use at least two shells for strength -
Hakko fm-2028 holder 3D Print Model
Summary
печатал ABS сопло 0.5 -

Rainbow Six Siege Dokkaebi Keychain 3D Print Model
Summary
This is a one sided Dokkaebi Keychain.
Print Settings
Notes:
0.4mm Nozzle -

New Fun Chastity Cage 3D Print Model
Summary
Loosely based on the “No Fun Chastity Cage”, completely redrawn in Fusion 360, and added a lock hole for magic locker support. If you don’t have an actual lock, use the “Dummy Magic Locker” by deprav3d.
Three Ring sizes to choose from (sizes approximate based on area as they are not circular)
Small – ~44mm
Medium – ~48mm
Large – ~52mm
Two Cage lengths – don’t overestimate how much room you need!
Base file contains the medium ring and large cage, grab the other files as necessary.
Parts will require sanding and finishing. Print the ring with 5+ perimiters and 4 top shells for a durable piece. Very strong if printed in PETG. -

Magic Maze Pawn and Timer Holder 3D Print Model
Summary
This is a pawn piece and timer holder for the game Magic Maze. This piece is intended to compliment the modular insert style card/tile holders that fill quadrants of the original game box [https://www.thingiverse.com/thing:2654366] and replace the 4th open container. I’d caution that this holder only works well if the box is kept horizontal/upright. The pockets could be deepened but I opted for a design that minimized filament usage. You may need to trim the feet pads for best fit according to variations in the box size and according to your other modular inserts.
Print Settings
Printer:
Monoprice Maker Select Plus
Rafts:
Doesn’t Matter
Supports:
No
Resolution:
0.2 mm
Infill:
10% -
GEP RC Mark-1 Camera mount 3D Print Model
Summary
used PLA plast -
Camera Slider Conduit Kit 3D Print Model
Summary
This is a camera slider using common electrical parts and this 3d print kit. Print the Mount face down. I have also made a version with bearing, and timer belt mounts for a smoother slide or powered slider.
Will post a link here soon.
Extra parts needed:
-2 conduit power boxes
-2 3.5 ft conduit pipe
-4 conduit pipe clamps
Assembly
Slide mount between both pipes and then secure the pipes into the conduit power box with the pipe clamps to complete the slider
Print Settings
Printer:
Anet A8
Rafts:
No
Supports:
No
Resolution:
0.2
Infill:
%20
Notes:
Print the Mount face down -

Scales 3D Print Model
Summary
Just a few fun designs to be printed off on the eggbot or Sphere-o-bot -

Articulated Butterfly Remix – 4 color 3D Print Model
Summary
This is a great model, but I wanted it in 4 STL files for the Prusa MultiMaterial printer. I used Blender to split out the solid objects and rebuilt it as 4 STL files (one per color). -

Case for Aukey USB-C Adapter 3D Print Model
Summary
Case for Aukey USB-C Adapter
This case holds 2 Aukey USB-C to USB 3.0 (USB-A) adapters. It is designed to have a 6 x 3 mm magnet embedded in each the box and the lid to hold them together.
To embed the magnets, I used GCode Simulator to find the height of the first layer above the hole for the magnet, then I inserted command M600 to pause the printer. When I added the magnet it wanted to lift out of place and stick to the gantry of my printer when I resumed printing, so I glued it in place with a drop of super glue before resuming. When placing the magnets, be sure to orient them so that the lid and box are attracted to each other when assembled.
Links
Aukey USB-C to USB 3.0 (USB-A) Adapter6 x 3 mm magnetGCode Simulator
Print Settings
Printer:
Monoprice Select Mini
Rafts:
No
Supports:
No
Resolution:
0.0875
Infill:
20%
Notes:
The two boxes pictured were made with Hatchbox Wood PLA and Hatchbox Blue PLA. -

Hohner Meisterklasse Harmonica Sliding Box 3D Print Model
Summary
This Is a box that i worked hard on to make
Print Settings
Printer:
MakerGear M3
Rafts:
Doesn’t Matter
Supports:
Yes
Resolution:
Not Sure
Infill:
100%How I Designed This
I Used Onshape CAD a nice free program -

Knob to Hold a 1/4 inch bolt or nut. 3D Print Model
Summary
You can snap in a 1/4 inch bolt or nut . Use to replace a wing nut. -

enclosure bowden extruder mount 3D Print Model
Summary
This is a bracket used on the top of an enclosure to mount an hot end extruder. This allows you to change the filament easily from the outside of the extruder.
Print Settings
Printer:
Anet A6
Rafts:
No
Supports:
No
Resolution:
user option
Infill:
20 percentOverview and Background
I wanted to make a mount for the extruder motor for outside of my ikea enclosure so it was very easy to change filaments.
Lesson Plan and Activity
To make it easy to change filaments from outside of the enclosure. -

Castle Grayskull 3D Print Model
Summary
Apparently this design is very popular so I figured I would put it back for everyone to enjoy. Still want to do Snake Mountain…if I ever get around doing it and making time. I’m still saving money so I can buy a decent 3D printer, so tipping me might speed up that process of churning out some cool looking and familiar models 😉 Have fun! -

ANET A8 Small Filament Holder 3D Print Model
Summary
The project is a filament holder that attaches to the existing ANET A8 filament holder.
This was inspired by filamentry’s excellent design, TUSH The Ultimate Spool Holder, at https://www.thingiverse.com/thing:2047554, where the filament spool rests on 608 bearings. However the print time for the TUSH was a little longer than I wanted (I’m impatient). Therefore, taking the idea of a bearing filament holder, this design slims it down to just the essentials. It assumes you already have the filament holder provided with the ANET A8. These small holders simply slide onto the existing ANET A8 holder.
The file contains the design for half a holder. You will need two ‘halves’ for each ‘corner’ of the spool, and since there are four corners you’ll need to print eight ‘halves’ total. Glue two halves together with a 608ZZ bearing in between to make one holder. Make four holders total.
I based the design off of my own measurements of the 608ZZ bearings, ANET A8 spool holder, and the spool of filament in my possession. I know there have been some tolerance tweaks to theTUSH, but I haven’t cross-checked the measurements in this design with the TUSH…so your mileage may vary.
If you have the time, print a TUSH. If you’re in a hurry and already have the ANET A8 spool holder, perhaps this is the holder you seek.
Print Settings
Printer Brand:
Prusa
Printer:
Prusa Clone
Rafts:
No
Supports:
No
Resolution:
0.1mm
Infill:
20 %
Notes:
Although the thumbnail depicts the part standing up, I printing it lying flat.
Printed on an out of the box ANET A8, using Cura as the slicer.
Materiel: PLA
Extruder temp: 190 degrees
Bed temp: 50 degrees. Using glass and AquaNet on top of the heated bed
Print Speed: 50 mm/sec print speed. 100% flow rate
Fan Speed: 100%
Print Time: approx 40 minutes for one, about 1hr+15min to print a pair at the same time
Post-PrintingFilament on top of filament holders
half of a holder
half of the holder with 608ZZ bearing inserted
How I Designed This
designed using Fusion 360 -

Fire Giant 3D Print Model
Summary
A Fire Giant for your tabletop game! Print as is or in pieces with supports and a raft. -

Battery Hold Down 3D Print Model
Summary
This is a new version of a battery holder that I had previously designed… https://www.thingiverse.com/thing:1838500 . The new one works a bit better and is lower profile.
Print Settings
Printer:
Anet A8
Rafts:
No
Supports:
YesPost-Printing
I use weatherstripping material on the hold down -

Test Tube with Threaded Cap 3D Print Model
Summary
My attempt at a little test tube container with threaded cap.
Print Settings
Printer Brand:
Creality
Printer:
CR-10S
Rafts:
No
Supports:
Yes
Resolution:
0.2
Infill:
100





