Summary
This piece can replace the original bag slitter on a litter locker(see photo of white and blue litter locker). This is a device is used to store dirty scoopable cat litter and contain it in a sealed bag for disposal. Eventually the original slitter becomes dull and this allows you to replace the old slitter and insert a new razor blade for cutting the bags.
Post-Printing
setup with a standard straight edge razor blade
You will notice a 2.5 mm wide slot in the edge of the unit which should be just wide enough to slip a straight edge razor blade in to expose the sharp edge of the blade. Use the slim flat piece as a shim to lock the blade into place. You can cut off the excess, but leave enough so that you can easily pull it out and replace the razor if it ever gets dull again.
How I Designed This
Litter locker removal of old slitter
Eventually the razor in the old slitter slot will become dull or bent and it will not easily cut the bag ends any more. The original slitter is removable, but you cannot replace the blade. This print will allow you to replace the blade and slip it into the same slot as the old one.
The OEM slitter is located just behind the back side of the input schutte. it can be removed by using two flat screw drivers to carefully lift the white retainer enough for the hold down notch to go into the locker, then just push out the old one. (the photo showing the original slitter with the rounded edges. Once the old one is removed you can insert your replacement and once again the bags will melt when you pull the end of the back into the slit.
Category: Free 3D Models
Free 3D models ready to be used in your CG projects such as films, visualizations, games, VR etc. All 3D Models and Free 3D Print Models are available for download in several formats including .MAX, .STL, .FBX, .3DS, .C4D, .OBJ, .BLEND, .DWG, .DXF, .LWO and much more. If you’re in search of high-quality Free 3D assets, we have a huge library of 3d models for all your needs. Also you can visit 3D Models and 3D Print Models category.
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Kitty LItter Locker bag slitter 3D Print Model
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Delta 5 – with voltage regulator and heat sink 3D Print Model
Summary
Just trying to add a voltage regulator, and some heat sinks I bought 😀 -
Temperature display mount for Anycubic 4Max 3D Print Model
Summary
Simple temperature display mount for Anycubic 4Max, it is mountable on the aluminum profiles, up or down side behind the Plexiglas door, there is enough room in the enclosure for the senor wire to mount the display upside down.
If you are lucky enough like me you might have spate T-Nut bolts from the kit otherwise just search for 4mm T-Nut bolts.
Credit: I got the housing from user selmo here: https://www.thingiverse.com/thing:761721 modified the inner part and holes for easy printing.
The sensor I used is at least 10 years old, but you can still buy it here:https://www.aliexpress.com/item/LCD-Digital-Tank-Water-Meter-Detector-Thermometer-Electronic-Fish-Tank-Water-For-Aquarium-Drop-Shipping-Support/32799423978.html
Print as you wish, no supports needed. -
RPG Status Token Charmed 3D Print Model
Summary
charmed / in love / healing / etc
these are meant to be used for multiple purposes / games
Print Settings
Printer Brand:
SeeMeCNC
Printer:
Rostock MAX v2
Rafts:
No
Supports:
No
Resolution:
0.2mm
Infill:
100% -
Palm 3D Model
Additional Info: Palm Yucca aloifolia N110118 – 3D model (*.gsm+*.3ds) for interior 3d visualization.
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Support iPad for DJI Mavic Pro Remote Control 3D Print Model
Summary
Support Apple iPad Mini 2/3/4 for DJI Mavic Pro Remote Control .
You need a M6 bolt, very careful when tightening the screw
not to break the bracket !
And you need a Self Adhesive Sticky for ipad protection !
Enjoy
Print Settings
Printer:
CTC I3 PRO B CLONE PRUSA
Rafts:
Yes
Supports:
Yes
Infill:
50% -
Altoids Tin Staunton Chess Pieces 3D Print Model
Summary
These are the pieces for my Altoids Tin Chess Board at: https://www.thingiverse.com/thing:2823112
They are meant to accept 4 mm X 2 mm disk magnets. You can find these cheaply from China on eBay in quantities of 500 for less than $10. I was trying to figure out how to make a magnetic chess set without using a stupid amount of magnets. It occurred to me that a flat steel sheet would work, but I had none. These tins on the other hand, I have tons of. They only cost a few dollars anyway and come with mints.
The pieces fit upright with the lid closed just fine. They measure about 7 mm diameter at the base of each piece.
Print Settings
Printer:
Dildahmetron
Rafts:
No
Supports:
No
Resolution:
0.4 mm nozzle w/ 0.2 mm layer heights
Infill:
15% but they’ll probably be solid anyway
Notes:
Be careful removing them from the bed. -
MIT Logo 3D Print Model
Summary
Here is a 3D Model of Massachusetts Institute of Technology’s (MIT) logo. Hope you enjoy!
Print Settings
Printer:
Anet a8
Rafts:
No
Supports:
No
Resolution:
.1-.2 -
Carboy Dryer 3D Print Model
Summary
This is a stand for drying a glass carboy after washing it. Fits both of my 5gal and 6.5gal glass carboys. The neck of the carboy is held in place so that it cannot tip while in the stand.
The design is made using two bezier curves, extruded rotationally, and then rounded holes punched in the sidewall for airflow and less material usage.
The scad file is attached, which allows easy editing of diameters, heights, angle of carboy glass where stand supports it, number of “legs”, ratio of legs to holes, etc. Note that at full resolution, it takes ~10 minutes to perform a final render the object.
Print Settings
Printer Brand:
Wanhao
Printer:
Wanhao Duplicator i3 Plus
Rafts:
No
Supports:
No
Resolution:
0.2mm
Infill:
40% cubic subdivision
Notes:
No supports should be required. I printed in PETG for water resistance. -
Can of Worms 3D Print Model
Summary
This is literary a can of worms (ok, maggots or larvae really). We needed a suitable container to store food for our bearded dragons and the ones we had was either too big or too small. This one is just perfect. I initially made the walls thinner (1.2 mm == 3 layers) but the walls kept bulging so I had to increase the thickness to 1.6 mm which equals 4 layers with a 0.4 mm nozzle. What Simplify3D does is to make an inner and an outer layer and then fill the middle with a zigzag pattern. This seems prevent the walls from bulging when I print with PETG. The lid has vents on top as well on the sides, so storing one CoW on top of another should work without hampering ventilation. -
Arduino Ultrasonic Sensor Free 3D Model
This is a Arduino Uno Ultrasonic sensor, I made this 3D modeling because theres no 3D models of Arduino components.
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Voty! The fully rigged ballotbox! Free 3D Model
Hi everyone! This is Voty! And yeah, it’s a ballot box 100% wood! 😛 And you’ll very happy because that’s 0% CYCLES… Hurraah! You can download and use as you like. You can animate that, you can get nice expression and so on… a GIANT step for democracy âÃÂàfeatures: switchable FK / IK arms, IK legs, heel roll / foot side-to-side roll, easily animatable fingers with controls for tweaking, lattice deformed eyes, facial rig… TOTAL with Blender Render Internal and Ambient Occlusion, the best way to produce something in Blender!
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bullets Free 3D Model
floating bullets
referance is a tv ad
good lighting setup
took 3 hours of work
not for commercial use
enjoy 😉 -
Coffee maker Free 3D Model
A simple model of my coffee maker I made some time ago, have fun. No camera, lighting, ect. included. Just the coffee maker objects.
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SciFi Sky Environment Texture HDR Free 3D Model
Blue Sky with Clouds and Stars, with Sun and Moon.
HDR for Lightning -
Phone case Free 3D Model
Phone case designed in Blender. The leather was quite complicated to make for me so I thought of sharing the file. It may not be the best way to do it. Waiting for comments and critiques for this one….
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Denby Cotswold Crockery Set Free 3D Model
Full set of crockery. Denby Pottery has been producing crockery for over 200 years, and is acknowledged to be superior stoneware. Their Cotswold pattern was produced from 1973 to 1984.
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1/4 inch bit holder (multi-tool) 3D Print Model
Summary
1/4 inch bit holder for modular multi-tool. Holds up to 36 bits (less with snap for .375 OD bit driver).
You’ll need (2) 1/4-20 x 1.5″ screws and (2) nuts.
I designed the bit holder and tool snap. Multi-tool designed by Gregg Meyer
Print Settings
Printer:
Monoprice Maker Select Mini v1
Rafts:
Yes
Supports:
No
Resolution:
0.1mm – 0.3mm
Infill:
Doesn’t Matter
Notes:
to make bit holder print:
(2) standoff
(2) side
(1) holder_36
for bit driver holder:
(1) driver_snap
(1) driver_snap gripper
driver snap gripper is glued to driver snap. I used superglue.
substitute (1) “side” for (1) “side for carriage bolt” if you want to use carriage bolts. Some files will need to be rotated before printing. I tweaked dimensions to make things fit because I can’t be bothered to dial in my inexpensive printer. Hopefully everything fits for you! -
INDUCTIVE SENSOR RACK AND PINION – DRAKON EXTRUDER BODY 3D Print Model
Summary
THIS IS A MANUAL ADJUST SENSOR CARRIAGE FOR AUTOMATIC BED LEVELING.
-THE MAIN PROBLEM I HAVE WITH AUTO LEVELING WAS THAT SOME TIMES MY BED (MADE OF 3MM PLYWOOD) WOULD POSSIBLY WARP.
-ANOTHER POSSIBILITY IS THAT MY X_AXIS WOULD FLOAT OFF OF THE LEAD SCREW A LITTLE BIT IF I DIDN’T PRE-HEAT BEFORE I AUTO LEVELED.
-THIS ALWAYS MEANT I HAD TO REDO ALL THE ADJUSTMENTS BETWEEN THE X-AXIS AND THE SENSOR HEIGHT. I ALSO NEVER QUITE LIKED THE ADJUSTMENTS IN AVAILABLE IN THE FIRMWARE REGARDING SENSOR HEIGHT.
-THAT IS POINT OF THE RACK AND PINION CARRIAGE FOR THE SENSOR. TO DECREASE TIME SPENT ADJUSTING ANYTHING MECHANICALLY AND IN THE FIRMWARE/SOFTWARE.
-DECREASING THE WEIGHT AND SIZE WAS ALSO MY GOAL, TRYING TO KEEP THE SENSOR AS CLOSE TO THE NOZZLE AS POSSIBLE.
THE PINION HAS A PRESS FIT INNER DIAMETER THAT SHOULD STAY IN ITS PLACE PRETTY WELL AN IF THERE IS ANY MOVEMENT I ADDED A HOLE FOR INSERTING EPOXY TO REALLY STICK THE GEAR TO THE BOLT.
HARDWARE USED* [NOT INCLUDING ALL HARDWARE USED WITH THE DRAKON MOUNT ITSELF]
1- 4MM X 16MM WINGED BOLT (I IMPROVISED ON THIS MYSELF WITH A WING NUT AND A BOLT, USING PLIERS)
1- 4MM LOCK NUT
THERE IS A TOOL ADDED THAT IS USED TO HOLD THE GEAR IN PLACE AGAINST THE RACK WHILE YOU THREAD THE BOLT THROUGH THE GEAR TO KEEP IT FROM MOVING. -
longshot plunger head 3D Print Model
Summary
for a longshpt plunger tube it goes over the stock retaliater plunger head -
Breadboard 9V Battery Box 3D Print Model
Summary
This thing fits a 9V Battery Box (with the cover removed) to a standard breadboard. Because the breadboard is made of soft plastic, its dovetails do not provide a bomb-proof fit, but it’s good for keeping your battery from flying around. The battery box makes a friction fit with the holder. Since it does not require the cover to be fitted, some cheaper, fatter 9V batteries can be used. Use it with your favorite prototype circuit, like the Atari Punk Console. Also see my breadboard speaker amplifier. -
Slim Wireless Keyboard Rack with backstop – Remix 3D Print Model
Summary
The original design my user ‘drou’ inspired me to create a simple variation for a project at my office. The intent was to truncate the height of the rack to accommodate a slim keyboard design. Second, I needed a stopper at the back of the rack in order to keep the keyboard from pushing all the way through and falling out the other side.
There is only one file, simply mirror this STL for the other side of your keyboard rack.
Will get some finished photos uploaded.
Original thing: https://www.thingiverse.com/thing:1456347/
Print Settings
Printer:
Anet A8
Rafts:
No
Supports:
No
Resolution:
.1
Infill:
10%How I Designed This
TinkerCAD -
Laser cut Filament Rack 3D Print Model
Summary
This spool holder was designed in Fusion 360. It is made to hold 8x 20cm diameter spools. Plywood should be 6mm thick for optimal fit! -
Tronxy X1 Buttonsleeve 3D Print Model
Summary
The TronXY X1 buttons tend to tlt because of the large frontpanel-holes.
These sleeves support and center the buttons. -
Paint rack for cosplay fingers 3D Print Model
Summary
This was a rack I made for painting cosplay fingers. Holds 10 parts. You can hot glue some mid finger parts to the rack. -
Filament holder extension 3D Print Model
Summary
Just an easy extension for the existing filament holder of the Ender 2. The fialment spool width could now be around 100mm thick. Print and screw it on.
Print Settings
Printer:
Ender 2
Rafts:
No
Supports:
No
Resolution:
0.1
Notes:
Wall 5x should be great. Layer high only 0.1
Fit to the existing filament holder. Nothing to change. Printed with PLA black. Be sure your dimension settings from the printer are correct. -
Tree with a pile of branch Free 3D Model
Tree in the forest in Belgium with a pile of branch around, Belgium. Could be use in for CG or GameDev! Made with ReMake and ReCap pro from Autodek.
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Remote Control Holder 3D Print Model
Summary
Remote Control Holder I designed to attach to a glass patio/garden table I have in the lounge. You might find other uses for the clips or the base. I recommend printing it The holes in the bottom of the base are just in case you put something in like a phone and can’t get it out from the top. My iPhone 7 is about the perfect size to get stuck, hence the holes. LOL.
Print the clips with 3 perimeters and 50% infill with a 20 perimeter zero offset brim.
Print the base upright, with supports under the base, and a 20 perimeter zero offset brim to avoid warping. The large support area should be one solid layer for the base layer, then 10% infill from there on out.
Holes in the clip and base are to stop it sliding if the fitment isn’t tight enough. Just add some short self tapping screws or bolts of 3mm wide and about 10mm long.
Print Settings
Printer Brand:
Creality
Printer:
CR-10
Rafts:
No
Supports:
Yes
Resolution:
0.2mm layers
Infill:
10%
Notes:
Made with 123D Design Version 2.1.11 from Autodesk. Because I’m too broke to afford Fusion 360. Doh!!!
Yeah I don’t even update it because I like it working in offline mode. -
End cap for Meanwell LRS-350-12 3D Print Model
Summary
Wanted an end cap for my meanwell that would allow me to easily disconnect my Ender-2. The xt60 and xt30 just push in and are a tight enough fit that they shouldn’t go anywhere but you can always add a drop of glue to them. Links for the parts I used are below.
Voltmeter:https://www.amazon.com/gp/product/B00C58D47G/ref=oh_aui_search_detailpage?ie=UTF8&psc=1
IEC socket:https://www.amazon.com/gp/product/B01LYMNQ2L/ref=oh_aui_search_detailpage?ie=UTF8&psc=1
XT60:https://www.amazon.com/gp/product/B073QJWVVK/ref=oh_aui_detailpage_o00_s00?ie=UTF8&psc=1
XT30:https://www.amazon.com/gp/product/B074S7NH3H/ref=oh_aui_search_detailpage?ie=UTF8&psc=1
Power Cord:https://www.amazon.com/gp/product/B005VULXA0/ref=oh_aui_search_detailpage?ie=UTF8&psc=1
Meanwell LRS-350-12 Power Supply:https://holiday.lighting/psorderform
Print Settings
Printer:
Ender-2
Rafts:
No
Supports:
Yes
Resolution:
0.28
Infill:
20
Notes:
Supports only needed on the hole for the voltmeter -
RPieces-TableTopXYZ-V2 3D Print Model
Summary
This is Version 2.0 – See Project location at
https://github.com/TGit-Tech/RPieces-TableTopXYZ
Demonstration Video @ https://www.youtube.com/watch?v=2BT0keDggYo
Version 1.0 @ https://www.thingiverse.com/thing:2166533
Estimated cost $33.93 -
Laser Cut 5 SD Cards Storage Case 3D Print Model
Summary
Laser Cut and Engraved SD Card organizer storage box. Holds 5 SD Cards, looks great.
Assembly requires some acrylic adhesive (Weld-on #16).
Cut main SD Card slot holder from 1/8″ acrylic (card_slots.dxf)
Cut main case body from 1/4″ acrylic (enclosure.dxf)
Cut Card Slot Holder bottom from 1/16″ acrylic (card_bottom.dxf)
Cut two covers from 1/16″ acrylic (enclosure_covers.dxf)
Clean parts with alcohol prior to gluing.
First glue Card Slot Holder bottom to Card Slot Holder. Makes sure edges are even.
Now glue one of the main covers to main body. Use Card Slot Holder as a guide, but be careful not to glue it accidentally to edges.
Check fit and finally glue second main cover to main body.
Engraving (optinal):
Align complete enclosure in laser and engrave with text of your choice or included “engraving.dxf” file. Use “cut” setting at low power and high speed to “scratch” engraving on acrylic. You don’t want to cut it thru, but also grooves need to be deep enough for paint to stick.
Rub some white acrylic pain into engraving, let it dry a little and wipe it off.
Repeat until enough paint filled the engraving. Wipe again with slightly moistened rug. -
Cealyn the Caliburn – Scar Barrel Reinforcement 3D Print Model
Summary
The retaining arms on my Caliburn SCAR Barrel broke on my first print, and started to weaken on my second, so I made a quick reinforcement piece. This not only helps to hold the retaining arms so they will be less likely to break, but it makes the whole SCAR barrel operate a little more tightly.
I included an obj, which should hopefully be set up correctly, but I am unsure as I model in Blender.
It is good fodder for visual modifications, as it does not have to twist, and sits on top of the barrel.
Enjoy, and feel free to give suggestions, or remix! -
Sjywalker Falcon 3D Print Model
Summary
Some little bits for the SKYWALKER FALCON that i needed,
Some motor mounts, to replace the wooden one
A esc protector for the underside to protect water ingress and esc damage -
DESIGN HOUSE 3D Print Model
Summary
This is a real house in Belguim.
On the back are the coordinates.
Print Settings
Printer Brand:
Creality
Printer:
CR-10
Rafts:
Doesn’t Matter
Supports:
Yes
Resolution:
0.2 mm
Infill:
15% -
3DR Solo Retractable Landing Gear Pads w/ Payload Release 3D Print Model
Summary
This attaches to the Solo’s Accessory Bay mounting holes. It can be used with or without a small breakout board like the Brownie Boards Nano. Extra space inside can contain all the wiring.
The 9G servo slides in and is held in by the unit being screwed to the Solo.
It you remove the pins from the connectors you can push the retract wires through the holes.
The info here will help you get it wired and working.https://www.hackster.io/phantom-phreak-7ccfe4/extend-3dr-solo-accessory-bay-be4073
This is the small breakout board I like.https://store.brownieboards.com/product/3dr-solo-nano-breakout-board/
Print with supports. Doesn’t require much infill. Most of the empty space it made to hold the wires. -
Baby Groot Sitting Waving 3D Print Model
Summary
video: https://youtu.be/nfbfa-ZI2IA?list=PLANKB9P5SKcc5wjijCna3w_mCY9xn99gL
Print Settings
Printer Brand:
Prusa
Printer:
Prusa Mk1
Rafts:
Doesn’t Matter
Supports:
Yes
Resolution:
0.2
Infill:
25% -
Soap 3D Print Model
Summary
Soap, bathroom -
Mouthpiece Remover 3D Print Model
Summary
A mouthpiece getting stuck is SOOOO annoying. Unfortunately, they cost $40 on Amazon! In preparation for the marching band season, I decided to make a cheap, 3D printed mouthpiece remover. This was made to work on trumpet mouthpiece, however it should work on most other small mouthpieces like french horn, mellophone, cornet, and fugal. In total this project cost $7 to make and 30 minutes to assemble. Total printing time was 5 hours at .1 mm with the Tevo Tornado.
How to remove a mouthpiece:
loosen the crown bolts at the bottom of the mouthpiece remover until the sliders can slide.
move the two sliders away from each other to make room form the mouthpiece.
turn the bottom wing nut on the threaded rod clockwise (bottom point of view), and alternate this process on both sides until the mouthpiece can be placed in with the sliders above the lip were the mouthpiece connects to the lead pipe.
move the sliders inwards to secure the base of the mouthpiece. Tighten the two crown bolts to lock the sliders in places.
alternate turning the top two wing nuts clockwise (top point of view) until the mouthpiece pops out. WARNING: They can really pop out quite aggressively, I’m not responsible if any mouthpiece gets dents by falling on the floor.
Here’s a video of me using it:https://www.youtube.com/watch?v=AeP1htOAiFo
Materials:
All the supplies were found at Home Depot.
1/4 in threaded rod
1/4 in – 20 nylon lock nut (2 needed)
1/4 in – 20 nut (2 needed)
1/4 in – 20 wing nuts (4 needed)
number 8-32 x 3/8″ wing/crown screw (2 needed)
number 8 metal washer (2 needed)
Assembly:
Print all the parts out (no supports required!)
Cut the threaded rod to an appropriate length (mine were 3.75 in long)
Insert the threaded rod into both the threaded holes in the top section of the mouthpiece remover to break away any lose plastic/defects in the print. Remove the rod afterwards.
At one end of each of the threaded rod, put on a lock nut. They can be twisted on part of the way by hand, but then you need to use a wrench and pliers to twist the nut until the end is flush with the rod.
Insert one of the rods with the nut into the bottom of the build. Then, put on that sides slider and hold it in with it’s corresponding crown bolt and washer.
Insert the rod into the top section of the build. Use the wing nuts and regular nuts to help twist it on (see picture for nut setup)
Insert the other rod into the other whole, again put on its wing nuts and nut to twist it in.
Put on the other slider and its crown bolt and washer and you’re done!
I designed this using fusion 360 and by looking at pictures of existing mouthpiece removers. If you enjoyed this project, a tip/like would be very much appreciated! -
Pic Holder 3D Print Model
Summary
This is a guitar pick holder designed to hold 6 picks. The picks can be 50mm-130mm thick. You can fit 12 picks if you put 2 picks in each slot (you can only use thin picks if you want to put 2 in each slot). Print it out and show me your work!
Print Settings
Printer:
anycubic i3 mega
Rafts:
No
Supports:
No
Resolution:
Your choice – 0.1 up to 0.3
Infill:
Greater than 10%
Notes:
Print right way up in a nice bold colour. We used 3DFillies PLA+ in silver metal. The more infill you use, the more stable it is.
Post-Printing
Put picks in and rock out!
How I Designed This
Using Fusion 360 I created a circle with an inner circle. These were extruded up. Fillets were added. I then added a pick size rectangle, and then extruded (cut) it into the circle. Then I used the pattern tool to create 6 slots -
7/8″ Square Angled Shower Rod Hook / Hanger 3D Print Model
Summary
This is a simple hook I designed to hold some baskets which we use to hold my kids bathroom toys. There are many hooks and hangers available on Thingiverse. I wanted the hooks to sit out for ease of use versus just hanging down.
These hooks work very well and feel quite strong.
I made these out of PETG.
Print Settings
Printer Brand:
TEVO
Printer:
Tarantula
Rafts:
No
Supports:
No
Resolution:
200
Infill:
40
Notes:
This hook could be done in most materials. I used PETG for strength and flexibility.
Post-PrintingNotice how they hang forward, and not just down.
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HTC 510 Dot View Solid Part V2 3D Print Model
Summary
HTC 510, Dot View, Solid Part.
Reste juste à coller ( Époxy ) la partie “Dot view”. Beaucoup plus mince et flexible que la première version.
Just stick to the “Dot view” part (with epoxy glue). Much thinner and flexible than the first version.
Print Settings
Printer Brand:
Robo 3D
Printer:
R1 ABS + PLA Model
Rafts:
No
Supports:
No
Resolution:
0.1mm
Infill:
90% -
Lamp 3D Model
Additional Info: Lamp decor N130118 – 3D model (*.gsm+*.3ds) for interior 3d visualization.
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Minimalistic fan bracket / mount for 40mm fan on a nema 17 3D Print Model
Summary
I wanted to put a fan to a drive motor (nema 17), but do not have a lot of space for it, so I created this minimalistic fan bracket. Not ideal in any way, shape or form, but it does provide some cooling when there is little room for a fan.
Mount the bracket to a 40mm fan and glue the centre part with CA glue to the motor. Nothing more to it.
Print Settings
Printer:
Heavily modified mendelmax 2
Rafts:
No
Supports:
No
Resolution:
.250
Infill:
lots of it
Notes:
Print using a strong material and with lots of infill, since the arms are flimsy and need all the strength they can get. -
Glue Storage Bin 3D Print Model
Summary
Storage bin for 6g glue sticks. Will comfortable hold 7 glue sticks. Has two threw holes in front to access the counter sunk mounting holes in the rear. -
Glasses holder 3D Print Model
Summary
Glasses holder
Print Settings
Printer Brand:
Creality
Printer:
CR-10
Rafts:
No
Supports:
No
Resolution:
0.15
Infill:
10% -
NATO/Picatinny Rail for Hot Shoe 3D Print Model
Summary
NATO Rail for Camera Hotshoe, for example to mount Red Dot/Reflex Sights to a camera.
Picatinny/Weaver compatible
Precise and tight fitting to ensure it is stays accurately aligned.
No moving parts that could be knocked out of alignment.
Includes FreeCAD source file in case you’d like to make your own adjustments. -
Twilight Imperium Shock Troop 3D Print Model
Summary
Shock troop for Twilight Imperium adapted for fused filament fabrication printers. See print settings for details.
Print Settings
Printer Brand:
PowerSpec
Printer:
Duplicator I3 PLUS
Rafts:
Yes
Supports:
Yes
Resolution:
0.1mm
Infill:
100%
Notes:
Supports from build plate only with 40deg support overhang (Cura) -
Cooling Fan Spacer for A6 with lights 3D Print Model
Summary
The original fan spacer works great. I wanted some light down by the print nozzle, so I could watch the print without using a flashlight. I modified the spacer to add an area for LEDs. I stuck a small strip of LEDs on and wired them into the extruder fan power.
I’m quite happy with the result. Soldering into the existing fan wiring (while it was still on the printer) was a bit of a PITA. I didn’t want to completely undo the loom and remove the fan from the printer, so that’s how it had to be. Still, well worth it.
Print Settings
Printer:
Anet A6
Rafts:
No
Supports:
Yes
Resolution:
.2 mm
Infill:
100%
Notes:
I printed at 100% infill. Once you print the walls, there’s not much left on the inside I figured why not. Print with supports and a brim. Print in the orientation shown on the model here. Its minimal support and it comes off very easily.
Post-Printing
LEDs
I bought a meter long strip of 12v LEDs for about $1. I cut off a 45mm section and attached it to the bottom of this part. I soldered on servo wire, and then soldered those wires to the power leads going to the extruder fan. For extra security, I put some Kapton tape around the LED strip as well (also to cover up the exposed solder points). -
Sunflowers 3D Model
Additional Info: Sunflowers vase N160118 – 3D model (*.gsm+*.3ds) for interior 3d visualization.
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Bed 3D Model
Additional Info: Bed marlon dls N130218 – 3D model (*.gsm+*.3ds) for interior 3d visualization.
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Medalla Liga de Robótica Chile 3D Print Model
Summary
Medalla hecha con el logo de la liga de robótica Chile. -
Childrens’ cup with built in straw 3D Print Model
Summary
A small cup with a built-in straw for easy drinking. Make sure that you use a food-grade safe type of plastic like PLA. -
Pi Divider 3D Print Model
Summary
This is a tool for correctly sizing a collar to roll up a cane mat in glassblowing. It operates like scissors, and the lengths are sized so that the larger opening is always pi times the length of the smaller opening. This means that when you lay out your cane and open the long, straight side to the width of the cane, the smaller curved ends are the perfect collar size. You’ll have to use a metal caliper for on-the-fly sizing since the plastic will melt if it comes near the hot glass, but this tool will show you exactly what size to set them at.
Chances are if you’re searching for a pi divider, you already knew all that. If you didn’t, search for videos of the ‘reticello’ process and you’ll see why this is useful.
Note that you can size this yourself using Fusion 360 and the .f3d file. See below section for important notes.
Print Settings
Printer Brand:
Prusa
Printer:
i3 MK2S
Rafts:
No
Supports:
No
Resolution:
200um
Infill:
20%
Notes:
If the ends start to peel up, use a 5mm raft (brim).Changing the Parameters
The .f3d file includes two user parameters, Length and HoleD. The diameter of the hole can be changed to suit whatever fastener you want to use. The overall length can also be changed based on what you need, and everything else (except for the hole diameter) will scale accordingly.
HOWEVER there’s a quirk in one of the sketch arcs that causes it to invert if the Length parameter is changed by too large an increment. So if you want to increase/decrease the overall length, make multiple changes in 1-inch (or even 0.5 inch) increments to avoid the arc problem. If you have any problems, leave a comment and I’ll respond.
Happy printing! -
AXA Tool Holder Holder 3D Print Model
Summary
Simple AXA Quick Change tool holder, uses 2 drywall screws
Print Settings
Printer:
cetus
Rafts:
No
Supports:
No -
Deans Micro Cover 3D Print Model
Summary
I’ve never had any of my batteries short before in my storage case, but due to the connector’s hermaphroditic design, there’s always that possibility, so I designed this cover which snaps over the connector to protect the exposed pin.
This part was designed for and REQUIRES printing using FLEXIBLE filament.
Print Settings
Printer Brand:
Prusa
Printer:
Prusa Mk2
Rafts:
No
Supports:
No
Infill:
100%
Notes:
Use flexible filament. Print with a brim for maximum bed adhesion. -
OPEN QUAD TANK 3D Print Model
Summary
OPEN QUAD TANK
I have been working on this for a while in my free time, but my work has brought me to South Korea for a few months and I cannot continue designing with my current computer and lack of printer. This needs a lot of love and members of both the FPV and 3d Printing community have expressed interest in turning this into a group project, and I am excited to see how awesome we can make this together. Please post makes
All files are of my own design at the time of posting and I permit them to be modified, copied, and used but not sold. All content and creations added by other makers is also not for sale.
Please read the following to get up to speed on the project.
GOALS
MATERIAL CONSIDERATIONS
HARDWARE
SETUP
DESGIN FLAWS / TO DO LIST
HOW TO HELP
Many creators inspired this project and taught me what I needed to get this far, some are listed here.
Please check their YouTube channels to support them
-Daniel Noree
Thomas sanladerer
Aloha FPV
Kalani J
Flite test
3D printing NERD
All files are of my own design and I permit them to be modified, copied, and used but not sold.
Primary Goals of this project
1.HAVE FUN
Should be printable on cheap printer such as Wanhao i3, other i3 clones, cr-10s, and other printers with similar build volume
Should use parts common to FPV mini quads
Should not rely on exotic materials (nylon would make the gearbox easier to design but we want everyone to be able to print this)
Should maximize printed parts and eliminate purchased hardware whenever possible to KEEP IT CHEAP
-Printing material suggestions for current files
Everything COULD be printed in PLA, but the gearbox would need heavy lubrication before running. Also using a 3s battery would increase survivability as well.
I suggest PEGT be used for the gearbox and all load bearing parts due to its flex before breaking properties and higher resistance to heat
-Hardware used
An assortment of M3 screws, lots of them
1” 16 or 18 ga finish nails for tracks (ill try to clear this up)
Bearing 3x8x4 3mm hole 8mm tall 4mm thick
Bearing 10x15x4 10mm hole 15mm tall 4mm thick
Xm20 escs x2 or any miniquad ESC capable of 3d mode on BLheli
PDB, one with current sensing and osd would be best
RC radio with receiver capable of PWM (one with pins for each channel) not SBUS
Wire an heatshrink
Xt60 connectors
MOTORS- currently using NTM propdrive 2826 1200KV/ lower KV would be better for the current gearbox
FUTURE MOTOR OPTIONS- hopefully going to design gearbox for use with 22XX miniquad motors which produce 100-200 more watts of power than the NTM motors even with the size difference.
For FPV use the following
runcam 1177 (I use the OWL for night drives)
200-600mW VTX (600 allows me to sit on my couch and drive around my brick house
Any FPV goggles
-SETUP FOR CURRENT FILES
Flash escs on BLheli to 3d mode with center stick begin no throttle (this allows for forward and reverse, if you don’t have escs that do 3d mode you will only have forward on each track)
Connect each esc to the PDB as usually for miniquads
Connect the signal wires to receiver on the elevator and aileron channels (you may need to solder on some old school PWM connectors
Connect the 5v out and ground to the receiver using PWM connector
Wire a battery lead to the PDB
USE 2-4s If you get strange results with the lower voltage, try to up the start up power of the ESCs in BLheli. 4s usually works just fine but 2s gave me issues
Program your radio
You want to use elevon mixing, look it up on youtube. You may have to do both between channel mixing and swapping the connectors on the receiver to get everything going in the right directions.
Reduce your rates to 60% or less on all channels if using 4s. increasing this value will make your tank faster but I began to break PLA parts at 65%. Stronger designs and PEGT tracks may allow for higher rates on 4s
-Problems with the current design in order of severity
no front wheel tensioner makes the track jump off regularly on slow turns
Fix- design and add tensioner
PLA tracks break at the joint
Fix- print in PETG / increate tempt and extrusion multiplier on PLA/ in cad software increase material at weak point
suspension incomplete
Fix design suspension / or just glue suspension arms in place for now (I used hot glue)
gearbox uses uncommon motor
Fix increase gear ratio to 18:1 for 2300kv motors and redesign motor mount
no top
Fix Design any top you like and share (I want to see a T34-85Print Settings
Printer Brand:
Wanhao
Printer:
Wanhao Duplicator i3 Plus
Resolution:
.2-.25
Infill:
depends
Notes:
USE high at least 4 walls and high infill for the gears on other load bearing parts.
Print the drive shaft horizontally or it will sheer off if printed vertically
make sure to rune the gearbox by hand and oil before using motors -
Tertial MFT Dog 3D Print Model
Summary
A bench dog for a FESTOOL MFT (19.81mm) which has a 13mm hole in the middle to accept an IKEA Tertial lamp stem.
Print Settings
Printer Brand:
Prusa
Printer:
i3 MK3
Rafts:
No
Supports:
No
Resolution:
0.2mm
Infill:
20%
Notes:
Should be an easy print, be sure to print from inside out for a better fit and finish in the dog hole.
How I Designed This
Fusion360 -
Lamp 3D Model
Additional Info: Lamp Franklite TL881 N310118 – 3D model (*.gsm+*.3ds) for interior 3d visualization.
-
Chair 3D Model
Additional Info: Chair Knoll Tulip N170118 – 3D model (*.gsm+*.3ds) for interior 3d visualization.
-
Gear selector extension for BMW K1600 GT GTL 3D Print Model
Summary
With quick shifter gear, the foot selector is to short on BMW K1600.
This print fix the problem. Just squeeze it with a 5 mm zip tie.
Print Settings
Printer Brand:
Prusa
Printer:
i3 MK3
Rafts:
No
Supports:
No
Resolution:
0,20
Infill:
20 %
Notes:
4 perimeters layers
PLA -
Crisscross Planter 3D Print Model
Summary
This is a new planter that I came up with for your cactus or succulent. I have yet to try and print my designs but they all should work if your printer is well calibrated. Overhangs should not be too extreme but will test your machine for sure.
This one will work even if you cut it in half!
If you want to modify it let me know I can provide the CAD files. -
Gear Collection 1 3D Print Model
Summary
Spur Gear Collection 1
Module – 10 mm
Pressure Angle – 20 deg
Teeth – 10 to 50 (Total 41 gears)
Gear face width – 15mm
Shaft hub size – 20 mm default.
If gear stl file name is Spur_Gear_10M_10T.stl then the gear has 10 teeth with module 10
Spur gear Collection 2 – https://www.thingiverse.com/thing:2817682
(Collection 2 contains teeth from 51 to 100)
Module = (Pitch dia /Number of teeth)
If you want different gears with module and teeth tell it in the comment section -
MKS MINI PANEL REMIX 3D Print Model
Summary
Remix to make a plate cover for my d-bot corexy printer. -
Parts Drawers 3D Print Model
Summary
This is a set of modular drawers which interlock and are infinitely expandable. The basis of this design is to produce drawers that can be printed at high extrusion speeds and will fit together without tolerance issues. The system uses regularly spaced T slots with ample clearance to fit together loosely and built in springs to provide friction to keep the drawer boxes aligned. The system also uses a small beam across the top of the drawer body which acts as a drawer stop to limit the drawers travel as well as to reinforce the top of the drawer box if loaded (In practice the number of spring loaded T joints tends to distribute the load well). Larger drawers have thicker walls than smaller drawers for increased strength. The drawers are based on 1″ increments. The smallest drawers are 1″x1″ however the larger size drawers are really based on 1″+ the joint thickness.
I have already revised the design a bunch of times to make things run fit together nice and to get the slots to fit easy but hold where you place them, I will be interested to know if they work as well as they do for me for others.
One further note. This is based on a parametric model so that I could get different drawer sizes easily and control tolerances and wall thickness via spreadsheet. Based on the way it is made if you print the drawer dividers they will need to be rotated to lie flat on the printer bed. The drawers and boxes should load in the correct orientation to print.
Print Settings
Printer Brand:
Ultimaker
Printer:
Ultimaker 3
Rafts:
No
Supports:
No
Resolution:
.2mm
Infill:
30% (only the drawer catch gets infilled)
Notes:
Printed in PLA and PLA+. Sliced in Cura Printed at 100mm/s on 60C borosilicate glass covered in Aquanet hairspray. Usually the drawers fit together just fine, sometimes I get a little bit of stringing if I rush things too much but just running the T slots together a few times makes everything smooth. -
Glass Plate Corner Brackets for Flashforge Inventor 3D Printer (Remix) 3D Print Model
Summary
These corner brackets were designed to interface with the Flashforge Inventor 3D printer and the glass plate upgrade from Flashforge USA. Supports glass dimension (L x W x H) 9 x 6 x 0.15 inches. Glass must be installed on top of the Flashforge build tape and aluminum build plate. You may require four washers to prevent the hex nuts from going through the gaps of the corner brackets.
The corner brackets are designed to be of sufficiently low profile to accommodate the build plate movements in proximity of the internal filament spools. The corner brackets can be fastened using the existing build plate hardware and are flush with the surface of the glass.
I would like to say that this project worked on the first attempt but it would be false. What started as a deliberate design attempt turned into a series of trial and error. It took me seven versions to get it right.
Print Settings
Printer:
Flashforge Inventor
Rafts:
No
Supports:
Yes
Resolution:
0.08mm
Infill:
100%
Notes:
In order for these brackets to work at bed temperatures up to 110 degrees Celsius, I recommend using Proto-Pasta Carbon Fiber HTPLA for printing these and then following directions from Proto-Pasta for annealing. I do not recommend the use of regular PLA or ABS for this project as they will become soft and rubbery during heated bed operation.
To ensure compatibility with your system, here are the measured dimensions of the parts that the brackets interface to:
Original Aluminum + PCB + Tape Build Plate (L x W x H) 232 x 153 x 8.25mm
Glass Plate Upgrade (L x W x H) 229 x 152.45 x 3.8mm
I recommend tightening the nuts once the build plate is fully raised and pre-heated to 60-70 degrees Celsius.
How I Designed This
Step 1: New Enhancements
After having used the source version of these for two months, I discovered some areas for improvement. I increased the height of the opening that interfaces with the “Original Aluminum + PCB + Tape Build Plate” by 0.2mm in order to get an even better fit. I also reinforced the external sides of the corner brackets as they seemed to start warping slightly at 110 degrees Celsius (even with the annealed Proto-Pasta Carbon Fiber HTPLA). I think that with the thicker material, which is an insulator, the part should maintain its shape. This is still a work in progress in that I have not yet printed it to verify the fit and conduct some testing; I plan on having it verified and tested next week. -
Garthim Warrior 3D Print Model
Summary
Deep within the castle of the Crystal in the world of Thar, the curl and twisted Skekis took control and slowly drained the world around them. As dark and wicked as these creatures were, what they created within the bowels of the castle, would go on to spared terror and destruction for many years. The Garthim solders, were the main enforcers of the Skekis’s will.These imposing figures were not only built for strength but for speeds as well. Massive, unyielding, merciless, virtually indestructible, and always in vast numbers, these monsters would aid their masters in ravaging the land and leaving little in the wake, and whatever or who ever they didn’t destroy they often captured and dragged back with them to the castle, never to be seen or heard from again.
I was actually shocked when I realized that no one had tried to created a 3D print of these guys yet. I grew up with a weird relationship with them and loved to fear them, which later turned into a fascination. This model was based of of some still images and some original concept art made by Brain Froud. I also got some inspiration from this much better version by SeithCG (which you should totally check out).
http://seithcg.com/wordpress/?p=1195
This first version still has a few issues to work out with the legs but it still stands by itself. Hope you all enjoy it as much as I do.
Print Settings
Printer Brand:
FlashForge
Printer:
Dreamer
Rafts:
No
Supports:
Yes
Resolution:
.20mm
Infill:
10%
Notes:
print at a slow speed and use as little supports for the lower legs as possible. -
15 Types Vintage Retro Sunburst Lightswitch Cover Wall Plate 3D Print Model
Summary
Lightswitch Cover based off a vintage midcentury brass design, with multiple iterations to fit most modern switches, plugs, and dimmers. Needs to be printed with supports.
