STL 3D model – corbelsThe model is ready for prototyping with CNC machining and 3D printing.
Category: 3D Print Models
Premium & 3D Print models ready to be 3d printed. 3D Print Models and Free 3D Print Models are available for download in several formats including .STL, .3DM, .OBJ, .3DS, .DAE, .SKP, .BLEND, .DWG, .DXF, .STEP and much more. If you’re in search of high-quality 3D printed assets, we have a huge library of 3d print models for any of your needs. Also you can visit 3D Models and All 3D Models category.
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Corbels – 30 3D Model
STL 3D model – corbelsThe model is ready for prototyping with CNC machining and 3D printing.
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destiny 2 coldheart weapon sale model 3D Print Model
Summary
scale model of coldheart weapon from destiny 2. I could never figure out how to properly print the sights so please message me if you come up with an answer <3 -
Stealthy Faceted Wall Hook 3D Print Model
Summary
A faceted hook remix with a pronounced angle to allow it to hold bigger objects.
Works perfectly with 3m double sided tape.
Print Settings
Printer Brand:
Wanhao Printer:
Wanhao Duplicator i3 V2 Rafts:
No Supports:
No Resolution:
.2mm Infill:
50 Notes:
PLA. Use high infil and # of perimeters to make it extra strong. -
Cardinal Desk Figurine 3D Print Model
Summary
I modelled this little bird in Sculptris – one of my first attempts at 3D modelling! It’s a cute little sculpture, especially if you’re a bird lover like me.
Print Settings
Printer:
Monoprice Mini Rafts:
Doesn’t Matter Supports:
Yes
How I Designed This
Sculptris
Sculptris is a free modelling software you can download for Windows and Mac. I modelled the bird and then exported to OBJ. MeshMixer
MeshMixer is free 3D software that I used to slice off the bottom of the bird. It originally had a long tail, but I flattened the bottom to make it easier to print.Custom Section
Follow me on Twitter for more of my work!
http://twitter.com/aprilswhitehead -
Wolf Head II 3D Model
High poly wolf head.File contains one manifold mesh object.Meters was used as measure units. It is about 88 cm in height.Faces count: 841536For files with suffix _LR there is 63114 faces.Available formats: .blend, .stl, .obj, .3ds, .fbx
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ScrewBall Toy 3D Print Model
Summary
This is a little toy I made for my toddler. He loves spinning things and manipulating objects. I thought a simple captured nut with some variation might intrigue him, and I was right. I’m planning on making several similar items for him to encourage him to manipulate his world!
Print with the cone down to support the floating ball nut and use the slot and a flat screwdriver to break the support off of the part. Although it will spin just fine even with the support in place! The support breaks off with minimal effort.
Print Settings
Printer:
Creality CR-10 Rafts:
No Supports:
No Resolution:
.1-.4 mm Infill:
10-50% Notes:
This is a pretty forgiving print, the support is built in, so no additional supports are needed. I printed on a glass bed with paste glue and had no problems.
How I Designed This
I used OnShape to design this assembly. -
Anycubic i3 Mega partfan monstrosity 3D Print Model
Summary
Boxy, but good (enough).
This is an attempt to get partfan coverage from both/all sides, while retaining the original plate mount to the bearings. After several attempts I gave up in disgust with the quest to design something elegant, and just settled for monstrous and temporary: I am a little bit over trying to modify the mega’s existing hotend, so this is simply a temporary means of getting better part cooling while I print components for an entirely different printer.
I may eventually revise this later, but it will likely be in a version that completely replaces the megas hotend compartment right back to the X carriage bearings.
It’s not pretty, and despite having a COD LED inside it to illuminate the nozzle it’s almost impossible to see underneath the ducts anyway, and the LED reaaaaaly needs a trimpot to turn the light down a little. So consider the COB LED slot completely optional. I also soldered the connections to it so they exit *towards8 the leds light emitting surface, so the slots I allowed for solde blobs may not be big enough for your standard lazily soldered fat blobs of solder and a wire direction change… maybe, maybe not.
The top bolt on the partfan doesnt fit, due to an oversight, so mine runs with it missing.
LED COB 26x16mm has a heatsink stuck to it’s metal side:
heatsink 14x14x6mm (7x1mmVanes, typically sold in combination with an even smaller one for use on raspberry pi)
The partfan outlets just click in, helps if you put the short end thats closest to the actual partfan in first, and then force the further edge in last.
No supports, bridging sucks a bit on the partfan outlets, but it doesnt create enough surface roughness to pull the airflow onto the heatsink, so it’s ok. You could try flipping them, maybe use supports, and make the airflow surface nice and smooth by printing as the top face.
The partfan fan is a 5015 blower, some are stronger than others. I picked the strongest I had.
The heatsink fan is still the stock 4010None of the nuts require a print-pause now, but it is designed for square M3 nuts… which you may not have. Gluing in a hex nut would also work. I use glue to lightly tack several of them in just to make assembly easier.
PLA, 0.4mm nozzle, 20% infill … pretty standard (not really important)
1.2mm walls (IS important; or your bridging will suck and all of the basic design assumptions are for that thickness)
It’s annoyingly close to the print, and ugly.. but it is a slight partfan improvement.
dealwithit.jpg -
NEMA 17 Stepper Motor Mount 3D Print Model
Summary
First of all this is mostly just for example. This is custom made for my particular need. You can buy them for $3.50 plus $5+ for shipping but I needed a very specific height, and in my circumstance the motor was not going to get hot, so this made sense and was VERY cheap. Not to mention that even though it seemed to take forever (6 hours at hi-res) it was faster than even Amazon Uber delivery!
If you find this to your liking, simply load the Sketchup model, push-pull the underside of the bottom to your height needs and butta-bing-butta-boom Bob’s your uncle.
Print Settings
Printer Brand:
Ultimaker Printer:
Ultimaker 2 Rafts:
No Supports:
No Resolution:
.06mm Layer, 1.2 Shell & Top/Bottom, .4 Nozzle Infill:
20% -
My geiger 2 case 3D Print Model
Summary
A case for My Geiger ver. 2 dosimeter from www.rhelectronics.com.
Print Settings
Printer:
Tronxy P802M Rafts:
No Supports:
Yes Resolution:
0.2 Infill:
15% -
LACK Attack #6: Pass the Lack (aka Wire The Lack Stack) 3D Print Model
Summary
This is a followup to:
LACK Attack #5: Inreda the Lack:http://www.thingiverse.com/thing:2673629
without further adieu….
Attack 6: Pass the Lack
Once I lit the Lack, the next step was to get the power cables out of the stack and filament into the stack…
I looked at some at Home Depot, saw some on Thinkgiverse, decided instead to make my own passthroughs for it as I wanted a single port/type that could be used for multiple things. So far I’ve built a filament filter insert as well as cable inserts, (and a blankoff), I’m sure I’ll come up with a few more as time goes on…
As always, comments are greatly appreciated, If you’ve made/fixed something to work better please let me know so I can fix it for others.
Coming Next:
Attack 7: not sure yet, likely remote mounting the display & Octopi…
Print Settings
Printer Brand:
Prusa Printer:
i3 MK2S Rafts:
No Supports:
No Resolution:
0.20mm Infill:
100% Notes:
Printed in white RepRapper white PLA, 210C nozzle, 60C bed.
Post-Printing
Build & Assembly Notes:
Another simple build:
Print the parts as needed.
For each port use 2 1/8″ a hole saw to drill each port.
Insert the port through the table, tap it down with a rubber mallet flush, snap the lock ring on the bottom to finish off the edge.
4a. For the filament filter pass-through cut a piece of foam to fit in the filter, snap the bottom on, then use a large needle/stiff wire to push holes through for each of the openings. pulling the filament to the side when you’re done with it will lock it in place.
4b. for the Wire passthroughs feed your wires through, pop in a cover, and done!
How I Designed ThisRevisioning:
v1.0 – Initial upload
Posted the thing -
Holster for LED Remotes Holder 3D Print Model
Summary
A holster for hanging an LED Remote Holder: https://www.thingiverse.com/thing:2655374
Print Settings
Printer Brand:
Prusa Printer:
Prusa Clone Rafts:
Doesn’t Matter Supports:
Doesn’t Matter Resolution:
0.2 -
SMAZ TIME MACHINE CUBE 3D Print Model
Summary
A mod for a 2x2x2 cube. Based on the SMAZ Time Machine cube, since its rare to find.
The 2x2x2 cube must size 5cmx5cmx5cm.
72x small pieces
24x central pieces
Print Settings
Printer Brand:
Ultimaker Printer:
Ultimaker 3 Extended Rafts:
Doesn’t Matter Supports:
Doesn’t Matter Resolution:
– Infill:
100%Standards
NGSS
Overview and Background
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Lesson Plan and Activity
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Materials Needed
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3D Star 3D Print Model
Summary
This is a nice decorative star
Print Settings
Printer Brand:
MakerGear Printer:
MakerGear M2 Rafts:
Doesn’t Matter Supports:
No Infill:
40% -
Womens ring with diamonds 3D Model
The model can be used for production, for casting and machining.STL model is ready for prototyping on CNC and 3D PrintingHigh quality modelweight in gold 7,900 gramweight in gold silver 5,300 gram
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Ballet pendant 3D Model
The model can be used for production, for casting and machining.STL model is ready for prototyping on CNC and 3D PrintingHigh quality modelweight in gold 12.400 gramsweight in gold silver 9.800 grams
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Resin Printer Torture Test 3D Print Model
Summary
This is a very thorough resin printer torture test that will test free standing and embedded features as well as overhangs. This print will give a very good understanding of the printing limitations of your printer/printer settings. Let me know what you think in the comments! -
shock absorber 3D Print Model
Summary
This design was created by Markforged. To read the original full article follow this link: https://markforged.com/blog/part-of-the-week-3d-printed-shock-absorber/
This 3D-printed part shows that a lot of designs can be simplified when printed with a 3D-printer.
Print Settings
Printer:
Mark X7 and Mark Two Rafts:
Doesn’t Matter Supports:
No Resolution:
0.05 / 0.1 Infill:
50% Trinangular Notes:
The shock absorber was printed with Onyx and 0.05 layer height. It is important, that the support structure is disabled! The sleeve and bushing were printed with Nylon (to reduce the friction) and 0.1 layer height. -
Nut&Bolt-based strong G-Clamp with flexible pads 3D Print Model
Summary
Needed a strong G-Clamp to fix things on the shelf. Existing g-clamp model knobs, weren’t as catchy and handy as I would like. Also I have flex filament sample, and decided to add flexible pads, so I recommend you to use plastan/elastan/flex plastic to print them.
Warning! I’ve used 40mm M8 bolt and nut (13mm width hexagonal head), that’s enough for my application. But In order to clamp narrower things, you need a longer bolt, than on my real pictures – more than 65mm M8, with hexagonal 13mm head.
SolidWorks assembly source included, feel free to customize it. Simplify3D factory files included as well.
Print Settings
Printer:
Anet A6 Rafts:
Doesn’t Matter Supports:
Doesn’t Matter Resolution:
0.2 Infill:
30% -
OrnamentUA1 3D Model
Ornament.UA.1Vertices: 2076;Polygons: 1984;An ornament element based on the traditional Ukrainian ornament. For 3D printing. The Package also contains vector format and image format.Traditionally, there are red and black colors.File formats:- blend (native, material);- FBX (material);- OBJ (material);- STL (3D print);- SVG (scalable vector graphic);- PNG (background is transparent);PNG resolutions (pixels): 2048×2048, 1024×1024, 512×512, 256×256.
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Educational Automotive Alternator 3D Print Model
Summary
THE EDUCATIONAL ALTERNATOR
☼ Check out the video I have done showing the Alternator being taken apart and re-assembled below! ☼
YouTube – 3D Printed Educational Alternator
This 1:1 scale alternator features over 30 pages in the lesson to help you teach your students or to follow along to teach yourself. The lesson covers all aspects both internally and externally on the Alternator. You’ll have a complete understanding on how they work. You can test yourself with the included Quiz and, the documentation covers 3D printing and assembling your very own Alternator Model.
How I Designed This
The complete Brake Caliper project was designed in Autodesk Fusion 360
Tolerances are important when 3D Printing. The tough part is ensuring your print will work with everyone’s desktop 3D printer. This can be quite a challenge.
With the Educational Alternator, the fit of most pieces of the caliper were set with ~.5-.7mm tolerances in SLS Technology.
My initial planning of the Alternator was to have the ability to pull the alternator part, pull the pieces off and re-assemble so you can see the inner workings and all of the components of an Alternator.Standards
CCSS
Overview and Background
Are you curious how an automotive alternator works? Do you know that all vehicles on the road today have an alternator that is used to charge your vehicle’s battery allowing you to run your headlights, stereo and even to charge your cell phone. Alternators play a crucial role in your vehicle and I have set out and put together this comprehensive lesson to help educate our youth and anyone else curious about vehicles.
While it is great to read and learn about alternators, there is really no substitution for holding a physical part in hand and having something to look at up close. Along with the extensive lesson included, I’ve gone into great detail about the 3D printing aspect of the Alternator and walk you through the process of making your own alternator. This will make it a great project for your class to participate in.
The Alternator is suitable for FDM, SLA & SLS printing and has been made to fit together very well. I have included Rotor-Hollow.STL and Stator-Hollow.STL for use in SLA & SLS printing technologies. The lesson includes pertinent information relating to settings needed while 3D Printing. I’d like to thank everyone for checking out my project and I am always thrilled to hear about my projects helping to teach kids and adults all over the globe. 3D Printing is a powerful technology and education is important for our youth. Lets make learning fun! ☺
Lesson Plan and Activity
You’ll find a complete document attached to this model titled, “3D Learn About – Alternator.PDF”. In this document, we will cover all aspects of an alternator from the inside out. Here are just a few of the topics covered in the included document:
Alternating Current to Direct Current
3-Phase Winding’s
Bearings
Magnets
This automotive alternator is built to scale with only a few minor modifications to allow it to be 3D printed in the classroom. It is a Bosch alternator from a Chevrolet truck and uses only 3 bolts to help fasten it together, the rest of the alternator is completely 3D printed.
Materials Needed
(3) – M5x75mm/3″ bolts
(3) – M5 Nuts
Skills Learned
automotive
electromagnets
vehicle
generators
alternators
alternating current
direct current
electronics
voltage
power
Duration of Lesson
1-2 HoursAlternator Video
Learn about the 3D Printed Alternator
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Murdocs Necklace 3D Print Model
Summary
Murdocs Necklace from the band Gorrilaz, I recommend gold filament -
Monoprice Select Mini E3D V6 heat sink adaptor 3D Print Model
Summary
This is a bracket for holding the Bowden stype E3D V6 heat sink/hot end on the Monoprice Select Mini. It is sized so that it will be at the same level as the original that came with it so no adjustment to the z axis limit switch is necessary.
I used 2.5mm melt in threaded inserts, available from McMaster Carr:https://www.mcmaster.com/#94180A321.
I used 3mm melt in inserts for the clamp that holds the heat sink in, again from McMaster Carr.
Installation tool is right next to it on order page. You can also use a nut with a through drilling if you like.. -
CR-10 Mini X-Axis cover with wire tie 3D Print Model
Summary
remix of a CR-10 part to fit a CR-10 Mini, shortened the wire tie that sticks out, also moved it out of the way of the plug for the x-axis motor. i opted to use higher infill in printing becasue the wire tie part broke off my first print as i was puting it on the machine.
Print Settings
Printer:
HICTOP CR-10 Mini Rafts:
No Supports:
No Resolution:
.15 Infill:
50% Notes:
printed 2 shells, 3 bottem/top layers, bottem/top 30mm/s, rest was printed at 60mm/s
How I Designed This
remixed using fusion 360 -
Milwaukee M12 Battery Cap 3D Print Model
Summary
Cap for Milwaukee M12 Battery
Also an attempt to model the battery and base – but they aren’t complete -
Mishinoto keychain 3D Print Model
Summary
Mishinoto keychain -
ParaTank_215 5″ FPV Racing Drone Quadcopter super light & sturdy 3D Print Model
Summary
Made for micro-swift type cams (19mm width).
ParaTank_215 5″ race quad with swappable arms.
Slightly beefier than typical race frames but still at only 66g with awesome CG (top or bottom mount optional), slotted arms, cam protection (runcam micro type) and super low body and arm profile for minimum air resistance and loss of thrust… Also with printable arm tpu arm protectors+motor softmounts (And it looks cool) 😀
Mill it youself or get it in Armattan CF (67g) here:
https://armattanproductions.com/pages/kit_detail/1449 -
FreeCAD Gears 3D Print Model
Summary
Not a model for anything in particular, nor is it meant for directly printing, but just an easy way to make gears.
Contains a spreadsheet where you can enter the number of teeth you want, how far apart the gears are, and how thick they should be.
Holes for shafts and keyways can then be made using sketches and cut out of the gears.
Made with FreeCAD 0.17 (build 12643), may not work with other/earlier versions.
Ignore the STL file, thingiverse apparently wants some sort of model file for the thing to be valid and doesn’t recognise FreeCAD files as being valid design files.
[email protected]!$ Come on thingiverse, FreeCAD has been around forever. Get it together. -
Biped Robot 3D Print Model
Summary
This is based on the University of Michigan Robots, I added a gun and an arm with attachments -
ROBOT SANTINO 3D Print Model
Summary
robot -
X Axis Ends Tronxy Zonestar P802 3D Print Model
Summary
Recently stumbled upon this terrific set of X-Axis ends for a P3Steel printer. (https://www.thingiverse.com/thing:2088585) Since the P3Steel uses the same 17MM spacing on the leadscrew and vertical smooth rods I wanted to print these for my old beater Tronxy P802M. The only problem is horizontal rod spacing. Most printers like the Anet and P3Steel have 45mm spacing between the X-axis horizontal rods. The Zonestar and Tronxy are 44mm. This would be a problem as I want to use my original carriage.
After looking at the above linked Thing I see the designer was kind enough to include the STEP files for his parts. This was just what I needed. After importing the STEP files into Fusion 360 modifying the rod spacing was a snap.
So as a courtesy to the original creator and to give back to the community here is my set of X-axis ends specifically for the Tronxy and Zonestar P802 printers.
The only change from the original Thing is to move the holes so they are 44mm apart on the horizontal carriage rods.
You will also print out the tensioner parts as detailed on the original Thing’s page (https://www.thingiverse.com/thing:2088585)
Print Settings
Printer:
Monoprice Mini Select Rafts:
No Supports:
Yes Resolution:
0.2mm Infill:
30% Notes:
Print with the top of the part facing down. Be sure to use supports. The automatic supports generated in Simplify 3D worked perfectly. -
Octopus In Ocean 3D Model
It wants to live. It doesn’t want to die.But Ocean doesn’t ask it’s opinion.Pain. Panic. Fear.Feel it.
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Manatee amulet replica 3D Model
I am the Manatee (Manatee).I lived in the West Indies before the arrival of Christopher Columbus (1492).Native Americans, Caribbean and Arawaks hunted me for my flesh and my bones.But overall, at the time, we got along rather well.To the point that an Amerindian artist from Guadeloupe (or the surrounding area) carved me in a piece of conch (beautiful shell of the Antilles), with a finesse of details and a stylized realism stupefying for someone who did not have any metal tool. What an outstanding artist!Today, my species has died in the French West Indies, but the artist in question or his client of the time has forgotten in the sand of a beach in Guadeloupe his precious amulet lambi representing me. I was his lucky charm. I brought him strength, opulence and serenity.Today, 500 years later, technology makes it possible to share this historical and artistic wonder, as a tribute to biodiversity and the environment.
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Business Card Holder (Customizable) 3D Print Model
Summary
You can customize this to the size of your business card, and set your own text for the cover. Unfortunately, OpenSCAD can’t detect the size of the text, so you’ll have to adjust the font size manually to get the text to fit properly.
The provided STL is for visualization and not for printing. Use customizer to create your own STL, or download the scad file for use in OpenSCAD. -
FocBoc (VESC) + BMS + Receiver for eSkate Electric Skateboard 3D Print Model
Summary
I modelled this for my custom built electric skateboard to house my FocBox, a BMS (from Bestech) and a radio receiver. I haven’t test printed this yet. -
Fallout Phone Case 3D Print Model
Summary
This is my remix of the basic Iphone case. I outfitted it with a fallout theme. -
USB Solar Battery Pack 3D Print Model
Summary
Here we have a Solar Battery Charger for all your gadgets. Charger includes a 2W solar panel, USB 5V step up, one 2000 mAh 3.7v 18650 Lithium battery and a TP4056 charge controller. I designed this to charge in one day of full sun, you can certainly add more batteries for your project if you’d like. This can also be charged via the micro USB. Parts snap together, I glued mine as I don’t plan on opening it but my first prototype was not glued and is still in holding up well, even printed in PLA. I printed the parts in ABS for the final version at 50%.
Print Settings
Printer Brand:
MakerBot Printer:
MakerBot Replicator 2 Rafts:
No Supports:
No Resolution:
.2 Infill:
50% -
Slingshot 3D Print Model
Summary
This is just a quick design that I sketched out. Hope you like! you will probably need to change the size.
