Print-in-place models are fun and unique 3D prints because they use various hinges, links, and joints to create moving parts that are all printed in one go.
Many print-in-place models can achieve an impressive amount of detail and still maintain a high degree of mobility. With this style, you can even print models that unfold to be larger than the size of your build plate!
We’ve gathered a list of some of the best print-in-place models available to download for free, so read on and take your pick! We always encourage our readers to get out there and print, but if you want to outsource any potential stress from 3D printing, try Craftcloud. With a variety of materials, manufacturers, and technologies, the print-in-place model of your dreams will be delivered to your doorstep.
But before we get to the models, we’ll give you some tips for 3D printing print-in-place models successfully. Let’s dive in!
Not surprisingly, a model with moving pieces can be a bit more challenging than printing a static part. You’ll need to pay greater attention to the particulars when preparing to print. Here are some things to keep in mind:
And now, let’s get to the fun stuff, the models!
Add a little more life to your biologically inspired prints with some moving parts. Here are some of the coolest animal-themed print-in-place designs, with a generous definition of “animal” to include those past, present, and imaginary!
Starting in the realm of fictional animals, everyone’s favorite giant rock snake is here! For Pokémon fans, this is a must. The massive articulated Onix will fill up most build plates with its bulk, so make sure you have a printer that can handle it. Like many articulated models, resizing is possible but not recommended.
Full disclosure: the horn is separate from the head, so there’s some assembly required, but not much. For printing, you may want to drop the body below the plate about 0.3 mm, as the artist’s signature on the bottom of the model can cause adhesion issues, according to some comments.
Another articulated sea creature, this print-in-place shark is a very popular model, with many makers sharing pictures of their makes. It can be a great shelf decoration or toy for anyone who likes aquatic creatures.
Many people have positive comments regarding the model as a whole but there are a few who have reported difficulty with printing the jaw. Some have said that they can’t open the jaw after printing whereas others say that the teeth tend to fall out (this only adds realism to the model, though).
Get a handful of these adorable aquatic animals! You’ll be amazed by the legs on this little octopus. It has an incredible amount of flexibility for something printed in rigid filament.
However, be careful with the scaling. Due to the small joints on the tentacles, we don’t recommend printing at less than 50% of the model’s original size.
This is another fantastic model by the same designer as above (and above). And there’s a good reason for McGybeer to appear more than once (or twice) on this list, as you can see.
The rounded joints of this lizard allow its body and legs to simulate crawling. Soon, you’ll have these creatures climbing all over your walls.
This awesome dinosaur is sure to please any Cretaceous enthusiast. Not only can it move in a range of ways, but its clawed arms also allow it to hang on to the edges of objects. Now you can have little raptors crawling all over your office! We challenge you to print a whole family.
If you’re more into T-rexes than raptors, or you want to have as many dinos around as you can, designer DrLex has a print-in-place version, too.
This item is unique on our list as it isn’t just a single model, but rather a collection of commonly designed animals. Characterized by two black dot eyes and square faces, you can tell the dog, sheep, and others are also a part of the same “family”. After you’ve printed all of these little creatures, you’ll have a whole barnyard!
The moveable parts of print-in-place models make the perfect fidget toys! Whether you’re waiting for a website to load or simply need something to keep your hands busy while binging Netflix, these little toys are sure to keep you occupied.
3D printing and fidget toys are the perfect match, and this is a perfect case: a print-in-place cube that spins on one axis. It’s very satisfying to see and can subvert the expectations of friends and family who only see a cube until they’re spinning it.
The Spin Cube’s small size makes it a great test print for your print-in-place settings, and because it uses very little filament, you could print many cubes out in your favorite colors. The designer recommends a slower print speed of around 25-30 mm/s to give the model a good surface finish. Be sure to read through the Thingiverse description for more recommendations on the print settings!
Next, we have a unique object that can be used as a fidget toy, called a kaleidocycle. Kaleidocycles are three-dimensional, ring-like structures composed of interconnected tetrahedra that can be continuously rotated or twisted, creating a visually dynamic and cyclic transformation of their surfaces.
This print-in-place kaleidocycle model is fully functional, and makers may find themselves using it as a fidget toy for long periods of time.
The designer has two versions of the model depending on the tolerances your printer is able to handle.
A timeless classic toy, the slinky is the perfect test for your machine. Plus, it also makes a great gift or decor item.
This particular model can also be personalized with different polygonal shapes via the parametrical OpenSCAD file. Several variants are already available for those looking for a seamless print.
This articulated humanoid robot could be the perfect toy for a child or an adult! It resembles an action figure in movement and appearance, but with one small difference: You can print it in a single piece. Try placing him in different poses!
Next, this print-in-place design is a micro catapult that uses the resistance and flexibility of the printing material to propel objects. According to the designer, this model was inspired by a similar design from Stratasys and can throw small objects like pieces of paper or bits of plastic up to 2 meters.
The designer listed that they printed the catapult with a 0.25-mm layer height and a low infill density. They also stated that printing this catapult in ABS or PC is ideal because these materials tend to return to their original shape after being bent. For this reason, the creator of this model doesn’t recommend printing the catapult in PLA, but they mention that people have successfully done it before.
Here is a great gift for any Harry Potter fan: It’s a print-in-place magic wand that collapses into its handle for easy storage.
Many makers who have printed it have reported that it prints easily – but it’s also brittle and may break if you get into any intense wizarding duels (or if you drop it on the ground).
This 3D printable Star Wars lightsaber is a print-in-place toy weapon that prints in its collapsed form and can extend to over 950 mm, according to the maker. The lightsaber has an exterior modeled after Luke’s lightsaber from the movies, but its interior is a collection of concentric cylinders that can extend and collapse.
The designer states that the lightsaber design was optimized to be printed with a 0.4-mm diameter nozzle because the blade will be exactly 2-shells thick with this nozzle size. The creator of this design also mentioned that they used a 0.15-mm coast distance and a 0.3-mm wipe distance, which is especially helpful for preventing the layers from binding.
This minimalistic model has a few aces up the sleeve, including the ability to be printed in one piece. It makes the perfect gift for a kid, as long as they’re old enough to be trusted with rather delicate models.
The upside-down part has all the angles and overhangs designed within a printer’s limits. No supports are required when printing it in the inverted position, which saves filament and time.
Ever wished to stop someone from continuously touching your printer? Then this pair of handcuffs is just what you need. They’re a functional print with a locking mechanism and key included. It’s a neat and funny concept to gift as a present, especially for kids who want to play Cops & Robbers or who may want to keep younger siblings from getting to their stuff.
The author suggests using a 0.15-mm layer height and the snug style supports in PrusaSlicer (they will be easily broken when inserting the key the first time). The post-processing might require some silicon grease and sanding on the mechanisms for the handcuffs to unlock smoothly.
This little set of rotating gears is another perfect portable fidget. The smooth-spinning gears are easily tucked away and are always accessible to keep you entertained.
An amusing, adorable print that takes full advantage of print-in-place designs with articulating joints for posing the figure. This file is meant to be a very simple print, requiring no support and little tuning to get a functional figure out of your printer.
The figure is designed with multicolor printing in mind, though you do not need a multi-material system to get a good multicolor print out of this model, given that the designer made it very easy to use filament swapping. You can choose as many different colors as you want to among the model’s eight different layers to fully customize your figure!
While the model comes with a price tag (~$1), from the looks of it, it’s worth it!
Why settle for simply making things look nicer when you can also make them look cooler? Print-in-place models add an extra level of interactivity to your decorations and accessories.
You may have seen similar designs in decorative furniture before. This Tensegrity Table uses a screw mechanism to tighten the outer chains and keep the whole table under tension. This print is a great decor piece. You can print it small and use it as a coaster or really scale it up for a miniature table (although your printer’s bed will need to be large).
The file comes with built-in support structures so you won’t have to worry about getting your supports in the right places. Many makers have noted how fragile the chains can be after printing. Be sure not to over-tighten the screw!
This fruit basket checks all the boxes. It’s collapsible, a great space saver, it can stay upright thanks to the bottom legs, and it’s even scalable to larger sizes to suit your needs. The same author also published a picnic variant and much more on their Thangs page.
The model is printed flat on the bed, without supports or brims.
It’s worth keeping in mind that the dimensions are in inches and that you’ll have to scale the file up in your slicer by 2,540% to convert to metric.
This organic decoration will certainly be a nice addition to your home. With one twist, you can watch the flower bloom – and, with another, you can fold it back up.
This next print-in-place design comes in three sizes and is an easy print that can hold a tablet or phone to keep your hands free.
As seen in the image above, the model folds out to provide users with a convenient place for their device to sit while being compact and portable. The designer posted three different sizes for this stand, which gives you some options, depending on how big your device is.
This deck box makes the most out of the design compromise of print-in-place models by being an amazing-looking item while still being very functional. It features a locking lid and a sharp-looking honeycomb texture and fits a standard deck of 52 cards.
This model has several variations with different tolerances and options, with or without the honeycomb texture, depending on the maker’s need.
Add some spice to your keychain with this cool little toy. It’ll keep you entertained during your morning commute or any time you’re just standing around.
Tired of having your cables bundled together in a single, gigantic, tangled ball of confusion? Fear not, because this little latching cable clip will help you keep your wires organized.
Made out of two hinged parts, it’s easy to print without supports. The author hasn’t shared any additional settings, but it’s safe to recommend a layer height of 0.15 mm and at least 2 perimeters. For increased durability, it can be printed with 4-5 perimeters.
And if these won’t do the trick or you want some variety, there are other models worth checking out.
This clever container is the ideal place for storing small items. With a single twisting movement, you can open this box. Simply twist the other way to close it.
It might take a bit of work to get the mechanism moving at first, which is why you need to choose your filament carefully and keep an eye on it expanding and retracting. No one will believe it was printed as a single part!
Among the vast collection of items found online that are 3D printable, there are quite a few minuscule model engines that can be 3D printed. Some of these are designed to be partially open so that their internal workings can be easily seen. The engine we have here is unique because it is fully print-in-place.
Though a challenging print (as many have reported), the results are well worth it, as you get an engine with a fully rotational crankshaft with reciprocating pistons.
With messages such as “Out of Order”, “Don’t Touch”, “Watch for Trains”, and “Beware of the Cat”, this 136-piece collection is a must-have for any maker. No matter the intended use case, there will be a sign with a warning for it.
The signs can be printed flat on the bed and can be dual-colored thanks to a filament change mid-print.
With only two moving parts, the models can be easily scaled up to better replicate the dimensions of a real sign. The recommended settings are a layer height of 0.2 mm, with 15% infill or more, and two or more perimeters.
It’s always useful to be able to print out a spare part or add to your collection of tools. Here are a few with moving parts!
Sooner or later, we all need to organize our tools. What better way than to 3D print a storage solution? This case is big enough to carry your favorite standard hex bits without the bulk of various toolboxes and store-bought sets, especially when you only need a few from each.
The author suggests printing at a 0.2-mm layer height with at least 3 walls in PETG or a similar material. No supports are needed.
Hinges are useful, to say the least. These simple and sturdy parts go beyond just the regular fix. You can fully customize both sides of the hinge with different numbers of screw holes and multiple connections.
Just be careful, as some users have reported bonding in the joints due to the overhangs collapsing.
Ever found yourself needing a clip to close a bag of chips, or maybe a bigger one to clamp together two sheets of wood? Then look no further, as this useful model is perfectly scalable and 3D printable.
The great advantage of this design is that the pivot point isn’t jointed, so it doesn’t risk failing. For increased durability, try using a more flexible material like PETG. It also has great layer adhesion!
You can never have too many screwdrivers. This print-in-place ratcheting screwdriver is a great, simple design that offers you everything you need out of a screwdriver and nothing you don’t. The only downside to this file is that it doesn’t have a function to switch the direction of the ratchet mechanism. Instead, it has a rear socket that you can use for untightening things.
The file is designed to be printed with a 0.3-mm layer height using a 0.4-mm nozzle, making it quite a fast print. It comes with six slots that you can use to store your extra bits. You will need a 4-mm hex wrench to work the mechanisms after printing until they are moving freely.
Pliers are an essential part of any maker’s toolset, and this model is a print-in-place set of parallel grip pliers. The handles are symmetrical and, like scissors, have a joint a little inwards from the tip, which allows the tool to clamp down. There are also internal pins that the handles ride along.
The designer has posted a standard STL file and a version suitable for dual extrusion to achieve a multicolor part. You shouldn’t need supports to create these handy functioning pliers.
Adjustable wrenches are great tools to have because they can be used to move or clamp things in a wide range of sizes. This wrench has a rotatable worm screw that moves the adjustable part of the clamp mechanism back and forth. The wrench was designed with pre-installed supports that can easily be removed after the print finishes.
On this note, due to the pre-incorporated supports, you don’t need to activate supports to print this model. The designer also stated that they printed the wrench with a 0.2-mm layer height in ABS.
For small 3D printing projects or DIY woodworking, these bearings can really improve your rotating parts. Just make sure you don’t overestimate the strength of your material!
Some users had problems with the balls bonding to the two rings, but you can usually fix this by lowering printing speeds.
Sometimes, you just don’t have enough hands! This little shop assistant will keep the ends of your wires together, and it even feeds the solder through a small hole in the center to keep everything neat and tidy. A must-have if you’re working on Arduino projects and other small electronics.
License: The text of "The 35 Best Print-in-Place 3D Models to 3D Print" by All3DP is licensed under a Creative Commons Attribution 4.0 International License.