Schlagwort: 3D printing project

Want to bring the convenience of a soda fountain machine into your own home? Take a refreshing sip from the 3D printed Drinks Tap created by That Robot Guy. 

There are few things in the restaurant world that are as enticing as a free refill, just one more glass of your beloved soft drink. What if you could take the refill machine from the local fast food joint and into your home?

One maker named That Robot Guy has created a 3D printed Drinks Tap that you can build for around $15-$20. This simple robotic machine is essentially made up of a handful of 3D printed parts, along with a pump, switch, and power socket. All you have to do is flip over your favorite soft drink (or a water bottle for the more health-conscious maker) and connect it to the tap, hitting the 3D printed level to get the refreshments flowing.

This 3D printing project has the look and style of a drink refill machine that you’d find in a restaurant. It’s easy to build and the components are pretty easy to acquire. Let’s take a look at what you need and how to build this 3D printed Drinks Tap.

3D Printed Drinks Tap: What You Need & How to Build it

That Robot Guy’s 3D printed Drinks Tap is comprised of six 3D printed parts: the base, support for the switch and nozzle, the nozzle itself, drip tray, the PUSH lever, and tube cover. The STL files are free to download via Thingiverse. The refreshment will flow through PVC tubing, so no need to worry about your drink coming in contact with the 3D printed plastic.

Aside from the 3D printed parts, here’s what else you need to build your own refill machine:

Once you have all of your 3D printed parts and non-printed components prepared, you can move on to the assembly process. Taking your bottled drink, the first step is to cut a 6mm wide on the lid and ensure that it fits over the top of the pump. Once this is verified, attach the bottom of the lid to the pump using your glue gun.

Next, you will need to cut the PVC tubing to measure out to 50cm, connecting one end to the outlet of the pump. After that, it’s time to attach the 3D printed parts to the base, starting with the support piece and nozzle rack with a push fit. Feed the tubing through each part and cut away any excess tubing. Use the M3 bolts to attach the support piece and, once the tubing is fed through the parts, the hose cover as well.

The final few steps consist of soldering the wires on the power supply port, connecting the switch, and connecting the power supply to the power socket. More details on the schematics are available on That Robot Guy’s website. Lastly, mount and screw the bottle onto the pump and flip it over, putting it back onto the mount.

From here, you should be able to start pouring your own refreshments from your very own Drinks Tap. Stay hydrated!

For more information on this project and the assembly process, click here.

Website: LINK

Maker Greg Zumwalt is back on Instructables with another 3D printed coin bank. His latest creation is the Simple Secret Box II, a fully 3D printed coin bank with a secret locking mechanism. 

Searching for a fun way to teach his grandchildren the valuable lesson of saving money, maker Greg Zumwalt decided to design a coin bank with a secret lock mechanism. This resulted in the Simple Secret Box II: Coin Bank, a 3D printing project that will provide you with a secure place to stash your leftover change.

We’ve covered some of Zumwalt’s projects in the past, including a 3D printed Apple Coin Bank that utilized a similar mechanism. His latest coin bank doubles as a kind of puzzle, as the dovetail fixed joinery and a sliding dovetail top makes it tricky to open. The designer based the locking mechanism off of the German designed “Radbox”, which uses two mirror image slotted wheels to keep the box closed.

Furthermore, the Simple Secret Box II functions with no batteries, electronics, motors, or any hardware really. Zumwalt even adds some excitement by refraining to tell us how to open the box, leaving the mystery for you to figure out. All you need to make your own coin bank is a 3D printer and some filament. Let’s take a look at how to make this frugally-minded 3D printing project on your own!

3D Printed Coin Bank: What You Need & How to Build it

As we previously stated, all you need to make the Simple Secret Box II is a 3D printer, so no need to break out your wallet for electronics and other non-printed components. The STL files for this 3D printed coin bank are freely available through Zumwalt’s Instructables page.

There are nine different parts to 3D print, each of which should be 3D printed at .15mm layer height and 20 percent infill. After the parts are all 3D printed, you may need to do some sanding and post-processing in order to ensure smooth movement once everything is put together. The designer also recommends filing all of the edges that came in contact with the print bed, especially in and around the dovetail joinery.

Once you’ve finished 3D printing and cleaning up the parts, it’s time to build your coin bank. The assembly process is quite simple and is laid out in just a few photos. Start by connection the “Side, Left”, “Side, Right”, and “Divider” parts.

Next, using the “End, Lock”, “Cam 1” and “Cam 2” components, slide Cam 2 and Cam 1 onto the axle on end lock. Make sure that these cams can easily pivot on the axle. Align the end lock axle with the hole in the divider and press this assembly onto the end of the sides and divider assembly. You have to rotate the two Cam parts until the flat sides are parallel with the divider.

Use a business card to hold them in place and slide “Top With Slot” into the assembly until it aligns with end lock. Finally, remove the business card and secure the top with the “End” part and press the “Base” onto the bottom. Now you have your very own 3D printed coin bank!

To learn more about how the assembly process and how the secret locking mechanism works, check out the full project description on Instructables.

Website: LINK

The summer might be coming to a close, but that doesn’t mean you can’t soak your friends and family in a water fight. Spray the day away with this 3D printed Manivelle Water Gun designed by maker Hassan Nasser. 

Many of us can recall our fond summer memories of neighborhood water fights, from the strong spray of a Super Soaker to the surprise splash of water balloons. While this summer season may be coming to a close, one maker named Hassan Nasser has shared an awesome 3D printing project that will keep you in the pool until the Autumn leaves have taken over.

His DIY Manivelle Water Gun is a crank-based water gun that is entirely made from 3D printed parts. It uses a crank mechanism to spin a fan and shoot out water from the head of the device. It doesn’t look like your average water gun, instead resembling some kind of leaf blower or handheld vacuum cleaner.

It’s unique, easy to make, and most importantly, will provide immense enjoyment for the waning summer days. Let’s take a closer look at this project and how you can make one yourself.

3D Printed Manivelle Water Gun: What You Need & How to Build it

In order to build this crank-based water gun yourself,  all you need is a 3D printer, some filament, and a hot glue gun. The designer has shared the STL files and assembly instructions on Instructables, where he details the role of each 3D printed part. Since this project will come in contact with a fair amount of water, it’s probably wise to use a material like PETG.

The Manivelle Water Gun consists of various 3D printed parts, including the fan, base, cover, head of the gun, handle, and even a 3D printed screw. The maker mentions that a metallic screw can be used to maintain the strength and durability of the crank gun.

Nasser showcases the assembly process for the Manivelle Water Gun through a screenshot of his Tinkercad design. All you have to do is connect all of the parts using a hot glue gun.

It’s a simple and easy project that will result in a lot of fun for the whole family. It might not have the pizazz or spray radius of an original Super Soaker, it’s still a great example of how 3D printing can lead to some fun in the sun. You can learn more about this project on Instructables, or download the STL files directly from MyMiniFactory.

Website: LINK

Want to teach your kids about the power of renewable energy? Or just want to build your own wind turbine replica? Then check out this 3D printed wind turbine model created by maker Luc Tellier.

If you’ve ever driven past a batch of towering wind turbines on a rural road, you know just how mesmerizing these larger-than-life structures really are. Wind power has become an integral part of the world’s renewable energy movement, and will only grow in prominence as society shifts towards more environmentally-friendly resources.

Obviously, a full-sized wind turbine is much too large to be created on your desktop 3D printer. But if you want to create a small-scale model that actually spins, maker and Thingiverse user Luc Tellier has created the perfect project for you.

The Eolienne Wind Turbine is a 3D printed educational model that has been produced at three different scales (1/100, 1/200, 1/400). Tellier created the model for his wife, who is teaching students about renewable energy and wind turbines. No, these models won’t provide any power to your home, but they are great for educational purposes or even decoration.

The maker recently shared his project to Thingiverse, so we thought we’d share an overview for all of you who are searching for a gust of creativity over the weekend. Here’s what you need to know in order to build your own 3D printed wind turbine model.

3D Printed Wind Turbine: What You Need & How to Build it

The STL files for the wind turbine model are available via Thingiverse. Some of the parts will require support structures and should be printed with 30 percent infill.

Other non-printed components that you need will depend on which scale you decide to print the model. For instance, the 1/100 model utilizes a 3V battery, while the middle sized one uses four AA batteries. The smallest model doesn’t have any power source, as the maker was unable to find a motor that fit inside of it.

You can use a variety of gear motors, which will also depend on the scale of the model. For the assembly process, the maker suggests using wood screws (3 x 16 mm) for the holes and head location that are implemented into the 3D printed parts. There are also LEDs added to the top of the wind turbine, providing an even more realistic feel to the scale model.

While these models can’t be used to power anything, the motors will simulate the impact that wind has on the turbine blades. Since Tellier’s project has already garnered so much interest, he’s now planning to create a version that is able to generate power in the near future.

If you want to learn more about the assembly process, how to optimize the printing process and what else you need to create your own 3D printed wind turbine, check out the project details on Thingiverse!

Website: LINK

Want to make your video gaming experience even more realistic? New York-based designer Brent Scott has created a 3D printable mini steering wheel that you can mount onto your Xbox One or PlayStation 4 controller. 

As the video game graphics slowly become on par with our own reality, they create an immersive experience that is being enjoyed by people both young and old. However, as realistic as your favorite racing title may be, it’s hard to feel like you’re actually behind the wheel when all you’re doing is tilting your sticks and mashing some buttons.

New York designer Brent Scott– known on Thingiverse as pixel2 – has recently created an incredible 3D printed attachment for Xbox One and PlayStation 4 controllers. This mini rack and pinion steering wheel was made to enhance your experience with racing games, allowing you to steer your virtual vehicle of choice using your controller.

No need to start a console war either… The designer has released a model for both Xbox and PS4 controllers. It’s useful, relatively easy to print, and all you need aside from your 3D printer is a bearing and some glue! So, if you’re planning on doing some gaming this weekend, why not add a 3D printed steering wheel to your controller.

Let’s take a closer look at this project.

3D Printed Mini Steering Wheel: What You Need & How to Build it

Ready to start racing? Here’s what you need to build your own steering wheel.

The STL files for both the Xbox One and PS4 controllers are freely available via Thingiverse. There are multiple parts that make up this steering wheel contraption, so feel free to get creative and mix different filament colors. Aside from your 3D printer, all you need to put this project into overdrive is a bearing from an old fidget spinner or skateboard, along with some superglue.

Once you have the parts printed and your bearing ready, it’s time to move into the assembly process. Taking the 3D printed parts, snap the rack into the pivot, moving it back and forth until the ridges of the print are smoothed out.

Next, mount the bearing onto the frame by gluing the top and bottom edge of the bearing. Make sure that the glue is fully dried before snapping it onto the controller, as the glue can leave some residue on the controller. After snapping the 3D printed rack onto the frame, mount the entire wheel onto the controller.

Slide the pivot down onto the controller’s stick until the ball joint is in the center and the bottom edge of the pivot is parallel with the rack. Finally, center the wheel on the rack and press it into the bearing.

Now you’re finally ready to get behind the wheel and start racing.

Website: LINK

Turn your home into a magical forest of fungi with the 3D printed Magic Mushroom lighting decoration –created by German designer UniversalMaker. 

One spectacular aspect of 3D printing is that it provides the ability to expand your imagination beyond the everyday world, no matter how fantastical your idea might be. On today’s Weekend Project, we’re taking you to a magical forest that contains a vibrant collection of colorful mushrooms.

Dubbed as “Magic Mushrooms”, this DIY light structure features a patch of fungi that has a voronoi-styled design. The 3D printed mushroom  tucked into the stem of  The decorative lights were designed by a German maker named Tobias–also known as UniversalMaker.

This project includes a tree trunk-like base and a slew of different sized mushrooms, each of which consists of a mushroom cap and stem. UniversalMaker came up with a clever concept for the LED lights, tucking them into the top of the mushroom stem.

We’ve shared a few of his 3D printing projects in the past, including the DIY Voronoi Blowball Flower Lamp and a Solar-Powered Open RC Boat. So let’s take another trip into the UniversalMaker’s world. Here’s everything you need to know about creating your own 3D printed Magic Mushrooms.

3D Printed Magic Mushrooms: What You Need & How to Build it

The STL files for this project are freely available to download via Thingiverse. UniversalMaker suggests using support structures and 20 percent infill when printing the models. Aside from your 3D printer and some natural and woodsy filament, you’ll also need some electronics and other various components.

Here’s the full checklist of parts:

Once you have everything 3D printed, the rest of the assembly process seems pretty simple. First, take the LED lights and insert them into the top of the mushroom stem/trunks, connecting them via the switch with a 9V battery.

The Voltage converter is used to control the multicolor LEDs. The mushroom caps should be clipped to the top part of the stems. The stems will to be glued directly to the main tree trunk base. You might need to do a bit of sanding to make everything fit together snugly.

Otherwise, that’s about all you need to know about 3D printing your own Magic Mushroom lights. To learn more, visit UniversalMaker’s website and watch his instructional video above.

Website: LINK

Looking for an affordable and fun project to round out the summer with? Why not practice your archery skills with a fully 3D printed miniature compound bow.

While the world has been expressing an immense amount of concern over the potential rise of 3D printed guns, it’s easy to lose sight of all the fun projects that this technology enables us to create. To us, the most impressive projects consist of functional objects that are primarily made up of 3D printed parts.

One type of design we’ve commonly seen shared by makers is the crossbow, available on the internet in both miniature and regular size. For instance, German engineer and maker Sebastian Stickel–who goes by DonStick3l on Thingiverse–created a 3D printed miniature compound bow to fire off wood skewers.

It’s fully functional and has an incredible design, made up of 18 3D printed parts, some string and a few screws.

For just a few bucks, you can create your own compound bow too. Of course, if you plan on 3D printing your own, be sure to use it responsibly! With it, you can become maker version of Robin Hood, becoming a master archer and having an enjoyable outdoor activity to impress your friends and family with.

Let’s take a look at what you need and the basics on how to build your own.

3D Printed Miniature Compound Bow: What You Need & How to Build it

There are 18 different 3D printed parts that make up the miniature compound bow, all of which are freely available to download via Thingiverse. Aside from your 3D printer, you need a collection of M3 screws and some bow string (some Thingiverse comments suggest using nylon fishing line with a 0.7mm diameter). Finally, for the arrows, the designer recommends wood skewers that are 300mm in length and have a diameter of 2.5 to 3.5mm.

Compared to some of the other Weekend Projects we’ve shared, this miniature compound bow seems quite challenging to build. Thankfully, Stickel shares a comprehensive assembly guide alongside the STL files, equipped with every step, part ID, and pictures to assist in the build process.

After a quick disclaimer urging makers to use the compound bow responsibly, the creator shares all of his slicer settings. Next, there’s a lengthy section that explains what each 3D printed part does and how it was designed, along with how to optimize the printing process and perform post-processing for every component.

After going over some information on how to select the non-3D printed hardware, the engineer starts on the intensive build process, which consists of 36 different steps.

If you want to learn more about the assembly of the miniature compound bow, head over to the project’s Thingiverse page and look at the Compound_Bow_Instructions.pdf, which is included with the collection of STL files. Stickel also appears to be quite active in the comment section, so feel free to drop him a line if you’d like.

Website: LINK

Recently shared on the r/3DPrinting subreddit, one maker created an endearing anniversary gift for his girlfriend. This 3D printed clock has a custom 3D map as the face, showcasing the exact area where they first met. You make your own too!  

Every relationship is special in its own way, and 3D printing offers a great way to express your affection with a completely customized and unique present.

One Reddit user named “rhonest” recently shared an amazing anniversary gift on the r/3Dprinting subreddit: a 3D printed clock that showcases a map of the location where the couple met. To make the gift even more personal, he also accentuated the numbers of the date when they first became acquainted with one another.

It’s a lovely and charming idea, and also pretty easy to make on your own. Using your 3D printer, a custom map making website and a simple clock mechanism, you can also preserve your own cherished memories in time (pun intended).

Whether you’re celebrating a relationship or just want to pay homage to your childhood neighborhood, this Weekend Project is an easy way to make something extremely special to you or your loved ones.

Let’s take a quick look at how to make a 3D printed clock with a customized map embedded into the face!

3D Printed Customized Map Clock: What You Need & How to Build it

According to “rhonest”, he used Touch Mapper to create his 3D tactile map. The platform is simple to use; all you have to do is enter an address to create your map. You can either order a professional 3D print directly from the website or download the STL yourself.

Aside from your 3D printer and 3D map file, all you need is a Quartz Movement mechanism to operate the wall clock.

Since the map comes in a square shape, you’ll need to use some CAD software to transform it into a circle. And, in order to tell the time, you’ll also need to integrate the proper marks where each number should be situated. For the clock mechanism, a small circle must be placed in the very center of the design. The exact measurement will depend on the Quartz Movement mechanism you decide to buy.

If you don’t have too much experience with 3D modeling, there are easy options like TinkerCAD. Check out our TinkerCAD Tutorial to learn more about this web-based program.

You can check out more projects from maker Ron van den Ouweland on his website. And be sure to check out the Reddit post to share your comments or ask any questions to the creator!

Website: LINK

A floating faucet? Sounds interesting, doesn’t it? This 3D printed Magic Faucet is a wonderful project for those who love optical illusions. It’s relatively easy to make and simply amazing to look at. 

In our never-ending endeavor to provide users with fun and useful projects to take on during the weekend, we’ve stumbled across a handful of 3D printed fountains to help wash away the boredom. However, we’ve yet to find anything quite like the Magic Faucet created by designer Manuel Arrigoni (who goes by “hazon” on Thingiverse).

This remarkable fountain uses 3D printed parts and components that are commonly found online or at your local aquarium shop to create the illusion of a floating faucet. You can decorate it with different colors and knickknacks, so you can also customize your fountain the way you see fit.

Having some mental blockage and need a 3D printing project to help the creativity flow? Look no further than this Magic Faucet. Let’s take a quick look at what you need and how to build this one-of-a-kind Weekend Project.

3D Printed Magic Faucet: What You Need & How to Build it

You can build your own Magic Faucet with a 3D printer and a few components. There are 12 different parts of the fountain that need to be 3D printed, all of which are freely available on Thingiverse.

Here’s what else you need to create your own Magic Faucet:

Now for the assembly process… The designer has separated the .STL files into two categories: the “faucet” and the “vase” (or base). Once the parts are 3D printed, you can perform some post-processing and spray paint them in the color of your choice.

For the pump cable, you can either run it through the pot or pull it out of the top of the base. Arrigoni has provided different models depending on how you want to situate the pump cable. If you decide to run the pump cable through the pot you should cut it to avoid potential harm from the electric current.

He also notes that the “faucet water diffuse.stl” model must be printed in its pre-determined position with the supports, as this is critical to the functionality of the internal part.

Once everything is 3D printed, use the silicone sealing to connect all of the parts together. The designer also suggests using the silicone to isolate the cable that passes through the faucet’s base.

If you want more information or have questions on this unique Magic Faucet, head over to Thingiverse and drop a comment to the designer. He also provides a hefty amount of photos to help make the assembly process easier.

Website: LINK

The Ruiz Brothers of Adafruit are at it again with another fascinating 3D printing project: the 3D printed Crickit Paddle Wheel Boat. This water rover even has an underwater camera mount, so you can capture footage at your end of the summer pool party!

As we enter into the final stretch of the summer, it’s time to soak up the sun and enjoy a refreshing swim to cool down from the heat. Pool parties are a great way to make memories with the friends and family, and now you can also capture your underwater moments with a 3D printed Crickit Paddle Wheel Boat.

Designed by the Ruiz Brothers from Adafruit, this unique water bot makes use of 3D printing, some electronic components and a pool noodle (which keeps the paddle wheel boat afloat). It also has a tripod mount so you can utilize underwater photography with a GoPro camera.

Powered by an Adafruit CRICKIT and Circuit Playground Express, this 3D printed boat also resembles an actual cricket with its googly eyes, especially if you decide to utilize a green pool noodle. Needless to say, this buoyant little critter will keep everyone entertained while you lounge poolside.

Want to take a dive into this project? Let’s take a look at what you need in order to put the Crickit Paddle Wheel Boat together.

3D Printed Crickit Paddle Wheel Boat: What You Need

The STL files for the Crickit Paddle Wheel Boat are available to download via Thingiverse. 3D printed parts include the pool noodle enclosure, wheel props, and enclosures for both the electronics and motors. When printing the watertight mounts for the motors and components, the Ruiz Brothers suggest using NinjaFlex filament.

There are also a handful of electronic components that go into the assembly of the Paddle Wheel Boat. Here’s a checklist of what you need:

If you’re unfamiliar with the Adafruit CRICKIT and Circuit Playground Express, there are a number of resources and tutorials available on the project’s page. Once the parts are 3D printed or acquired and your up to speed with using MakeCode, it’s time to start building the Crickit Paddle Wheel Boat.

There’s a modest amount of soldering to connect the circuitry, but the Ruiz Brothers spell everything out in a simple diagram and instructions. After the connections are made, the next step is to setup the Circuit Playground Express with MakeCode, a programming editor that is both block based and text editor and runs in the Google Chrome web browser.

The assembly process seems to require an ample amount of time, but again, the Ruiz Brothers do a terrific job with their instructions, including photos and GIFs for every step of the way. All in all, this project is ideal for ambitious beginners and seasoned makers that want a fun way to make a splash at the next poolside gathering!

If you want to build the Crickit Paddle Wheel Boat, you can find the full step by step process for the circuitry, coding and assembly on the Adafruit website.

Source: Adafruit

Website: LINK

Need some affordable scientific equipment to experiment and make a breakthrough discovery? This 3D printed open source laboratory rocker is a terrific tool for biological and molecular mixing applications.

In the scientific setting, a laboratory rocker is used as a mixing device for various biological and molecular applications. It consists of a tray mounted on top of a base, which contains the electronics and motor that control the speed and tilt angles of the platform.

It’s a necessary tool for various scientific experiments, but this piece of equipment tends to cost a pretty penny. That might be why one of the most popular 3D models currently on Thingiverse is an open source laboratory rocker.

This 3D printed lab rocker was designed by biomedical engineer and designer Akshay Dhamankar. It’s a variable speed, two-dimensional device that moves back and forth to create waves in liquid samples at mild to moderately aggressively rate. The design uses a changeable apparatus rack that can either hold a test tube or beaker.

While this 3D printed lab device sounds a bit difficult to put together, Dhamankar lays everything out in a few simple steps. If you’re a researcher on a budget who wants to spruce up your wet lab, bring some science home, or just take on a fun and educational project, this open source laboratory rocker is worth a look.

The creator of this project lists a number of applications that this lab rocker can be utilized for, including biological and molecular mixing, aggressive agitation of a biological mixture, PCB etching via Ferric Chloride bath, and even for mixing paint and thinner.

“It is my sincere hope that my design and contribution will help out many of the research personnel, small labs, wet labs etc. who plan to incorporate laboratory equipment like this with a tight budget,” the designer writes on Thingiverse.

3D Printed Open Source Laboratory Rocker: What you Need & How to Built it

The purpose of this open source project is to provide access to researchers and scientists on a tight budget, so the components needed to build your own lab rocker aren’t too costly. Aside from your 3D printer and material, here’s what else you need:

The schematics for the circuits and Arduino code are available in a Google Drive folder.

There are 10 different STL files you’ll have to 3D print for this project, which the designer recommends using 25 percent infill for. Once you’ve printed the parts out, the rest of the assembly process is relatively straightforward.

Following along schematics and provided photos, you need to connect all of the electronic components and situate them inside of the 3D printed base.

Dhamankar uses super glue to mount the skateboard bearings in the various slots that are embedded in the 3D printed parts. He also suggests using a thick silicone rubber sheet (3mm) on the surface of the ‘Single Piece Beaker Tray’ to act as an anti-slip mat.

Since this project is open source, all of the 3D models and product photographs are available to all. If you need more information on this project, you can contact Dhamankar directly through Thingiverse.

Website: LINK

Instructables user and designer 3DSage has unveiled an amazing 3D printed Levitation Device that you can make at home. It’s a crazy contraption that uses a magnet to make objects float before your very eyes! 

For many of us, childhood was marked by amazement when we witnessed our favorite superhero defy the laws of gravity and levitate to the rescue. The concept of levitation is one that seems highly technical or even impossible to some. But that couldn’t be further from the truth, and we’re here to show you how.

One maker named 3DSage has proven that you can bring this phenomenon to reality with your 3D printer and a few components. That’s right…You can make your own Magnetic Levitation Device at home! It might sound like a daunting task, but this project is actually quite easy for beginners and advanced makers alike.

This project is designed for those who lack experience with electronic circuitry and soldering, so don’t be intimidated by the end result. You will need to 3D print a few parts and obtain and handful of components to assemble this Magnetic Levitation Device, so let’s take a closer look at this incredible Weekend Project!

3D Printed Magnetic Levitation Device: What You Need & How to Build

There are eight different parts that need to be 3D printed, all of which are available to download on Thingiverse. The designer suggest printing the parts with 20 percent infill, no support structures necessary. When printing the spool holder parts, 3DSage recommends using a slow print speed.

Other than the STL files, here’s what else you need to create your own 3D printed Magnetic Levitation Device:

Once you have all of your materials, it’s time to get started on the assembly process. 3DSage begins with the 3D printed spool holder and magnet wire. First, place the small 3D printed spool holder inside of the larger one, adding the 4x15mm screw on top. Insert a couple of inches of the wire through the small hole closest to the center of the spool holder and wind the wire tightly.

The next step is the breadboard circuit, which the designer has made as simple as possible. Here’s a diagram to help you follow along:

You have to place the hall sensor in the exact right position  to make this levitation device work properly. This is why 3DSage made a breadboard holder so that you can move it around and tune it accordingly. The designer goes into the assembly process in more depth on YouTube, so if you want to learn more about how to created a levitation device, check out the video below!

Source: Instructables

Website: LINK

Give your home an aquatic feel with these incredible 3D printed DIY Voronoi Jellyfish lights created by German maker and Thingiverse user UniversalMaker3D. 

Who needs IKEA when you have your very own 3D printer? Okay, well sometimes it’s nice to buy some new furnishings and chow down on those Swedish meatballs, but you can also go the DIY route and produce your own stylish and decorative objects to spruce up the home. One common use for 3D printing is to create custom lighting fixtures, and we’ve seen a myriad of great ideas across the maker-sphere.

German student and Thingiverse user UniversalMaker3D has recently designed free-floating Jellyfish lights. The design is inspired by the mathematically-driven design concept of Voronoi, which provides a complex structure to the 3D printed sea creature.

The Voronoi design gives a coral reef-like impression, adding to the oceanic vibe that these jellyfish lights conjure up. The 3D printed shell is embedded with a number of tiny holes, creating a jaw-dropping lighting effect on your walls. Add some tentacles to the mix and you’ve got yourself a lighting fixture that will have you feeling as if you’re living under the sea.

3D Printed Voronoi Jellyfish: What You Need & How to Build it

Since the jellyfish-like lighting enclosure is designed in the complex Voronoi style, you’ll need to use supports when 3D printing the base of the model. UniversalMaker also shares the STL files for the tentacles and other parts, all of which are freely available on Thingiverse.

Aside from your 3D printer, filament and the 3D model, there’s still some other components you’ll need to make your sea creature lamp light up. Here’s the checklist:

Once you have your 3D printed jellyfish body and tentacles, along with all of the necessary electronic components, it’s time to put everything together. Take the LEDs and run them through the bottom of the 3D printed top and connect it via the switch to the battery.

The 3D printed top and bottom sections are designed to slide perfectly over each other, but might require a bit of sanding. Finally, mount the jellyfish with the cables, which are used to activate the LEDs. That’s about it as far as assembly goes! If you want to catch a visual of how awesome these 3D printed jellyfish lights look, check out the designer’s instructional video below.

Website: LINK

Roll through the upcoming workweek in a servo-driven 3D printed Tiny FPV Tank. This RC model comes equipped with a camera, LEDs, and uses Lego threads to roll around. 

Spearheaded by projects like OpenRC, the team here at All3DP definitely noticed an increase of interest in using 3D printing to create remote-controlled cars, planes, drones and boats. While we’ve featured a handful of these fun hobbyist-type projects in our Weekend Project series, few of them pack a compact punch like this Tiny FPV Tank designed by Thingiverse user RotorGator.

Not only is this servo-powered tank small, it also implements Lego threads, a tiny FPV camera and LEDs. It might not be battle-ready, but this miniaturized tank will provide you with a fun way to inconspicuously cruise around and film all of life’s top-secret missions.

Let’s take a look at what you need to put together your own 3D printed Tiny FPV Tank.

3D Printed Tiny FPV Tank: What You Need & Putting it Together

This Tiny FPV Tank is comprised of a handful of 3D printed parts, but RotorGator has split the body into six sections: the chassis, frame, two drive wheels, two non-drive wheels, two non-drive spacers and the FPV camera mount. Use of support structures is only necessary for a few parts if you decide to print them whole, otherwise you can go support-less by printing the wheels and frame in halves.

The files are freely available on Thingiverse, you can download them here.

Although the body of this tank is heavily based around 3D printing, you’ll still need a handful of components to put this armored vehicle into action. Here’s what else you need besides your 3D printer:

The details on the assembly process are sparse, but the build seems relatively easy. Here’s how the designer lays things out on the Thingiverse page.

Once you have the parts 3D printed, remove any supports before you start putting it together. Cut off the servo arm in order to fit it snugly into the driven wheel and attach it using the supplied screw. Using M3 bolts and spacers, mount the non-driven wheels. If you decided to print the parts in halves, use super glue to put them together. The 3D printed frame and chassis should snap together quite easily. Finally, use a bit of super glue to attach the FPV pod to the top of the tank’s frame.

Following these steps and the provided photos, you should be able to build your own Tiny FPV Tank. If you have any questions or comments, you can head on over to Thingiverse and drop a line to the creator of the project.

Website: LINK

Have you always wanted to travel through time like Marty McFly and Doc Brown in ‘Back to the Future’? Well, Great Scott! Now you can with this amazing 3D printed Delorean clock. 

Originally released in 1985, the critically acclaimed film Back to the Future has proven itself to be timeless, which is a bit ironic considering the plot is about a teenager and mad scientist traveling through time. The instant classic quickly transformed into a gigantic franchise, spawning two sequels, several video games, a theme park ride, and even acting as the inspiration behind the main characters featured in the animated hit-series Rick & Morty. 

Of all the many memorable scenes in Back to the Future, few are as iconic as those featuring the time-traveling Delorean, which is a sleek and futuristic car that is still famously recognized as “the car from that movie!” In the movie, Marty McFly and Doc Brown use the car as their personal time machine, dialing in the settings on the zany clock-like contraption that is mounted on the center console.

Now, fans of Back to the Future can 3D print their own time circuit device by following along with a project by Thingiverse user Premium95. The maker and engineer has created a 3D printable Delorean clock, taking the device from the film and turning it into a functional clock that shows you the time and date of the past, present and future.

This project requires a fair bit of soldering and post-processing, but hey, nobody said being a time traveller was easy work. If you’re up for the challenge, keep on reading to learn more about this awesome Weekend Project.

3D Printed Delorean Clock: What You Need & How to Build it

While the case of the Delorean Clock is 3D printed, you’ll still need a handful of electronic components and parts to complete the job. Here’s the checklist of what you need, all of which is available through Banggood:

The Thingiverse user also shares a download link to the code that allows the Delorean to function. The labels that are attached to the clock are included in the collection of Thingiverse files. According to Premium95, the six 3D printable files should have 20 percent infill, no supports needed.

The engineer also shares the circuit digram for the entire clock, showing where soldering connections needs to be made.

However, other than that, assembly instructions are sparse. Judging from the photos, the 3D printed parts seem to be post-processed with sandpaper and black paint.

The soldering process seems a bit complex for unexperienced makers, but this project can be approached as a challenging way to learn. Of course, if you have any questions about the project, you can head over to the Thingiverse page and drop a comment for the designer.

Website: LINK

You can have the time, weather, news and more at your side at all times with this easy-to-build 3D printed LED marquee scroller created by Instructables user Qrome. 

In a world where infinite information is accessible at our fingertips, we’ve grown accustom to obtaining the latest news or data as soon as we wake up and unlock our smartphones. You can take things a step further by 3D printing your own LED marquee scroller, which was created by Instructables member and RC plane enthusiast Qrome.

The designer has made it possible to add a plethora of information to this LED marquee scroller, including a digital clock, local weather, news headlines, 3D printing progress via OctoPrint, the value of Bitcoin and even random and humorous advice. This project shows what you can accomplish with just a couple of electronic components and a 3D printer. Equipped with a 3D printed enclosure, you can get creative and mix different colors to go along with your personal preference.

Let’s take a look at what you need to build your own LED marquee scroller.

3D Printed LED Marquee Scroller: What you Need

There isn’t much you need to create this LED marquee scroller as far as components are concerned. Of course, you’ll need the STL files for the 3D printed case, which can be freely downloaded from Thingiverse. This project does require a bit of soldering, but Qrome lays out the step-by-step process very clearly. Aside from the 3D printed enclosure, here’s what else you need:

In order to program the scroller with relevant information, you can follow along with the coding process included on the project’s Github.

3D Printed LED Marquee Scroller: Putting it Together

Starting off with the 3D printing process, Qrome suggests printing the two STL files (Base and Plate) with 20 percent infill, no supports required. The case is designed to snap-fit the Dot Matrix, and also includes a slot in the back panel for the Wemos D1 Mini. But before we start putting everything together, you’ll need to do some soldering first.

The Dot Matrix Module comes with the wires you can utilize during the soldering process. All you need to do is cut off the plugs and solder them directly to the pin locations on the LED Dot Matrix Display and to the Wemos D1 Mini. Here are the connections that need to be made:

• CLK -> D5 (SCK)
• CS -> D6
• DIN -> D7 (MOSI)
• VCC -> 5V+
• GND -> GND-

Next, using Arduino IDE software, you’ll need to configure it to work with the Wemos board and USB port. There are a range of USB drivers, as well as packages and libraries, to download in order to program the marquee scroller. Qrome goes into detail on which to install on his Instructables post.

Once you’ve completed this, the final step is to configure the web interface.

The marquee scroller utilizes the Wemos board’s WiFiManager to become an AP Hotspot when the last network it was connected to can’t be found. You can connect to the WiFi manager with your phone and enter your WiFi connection information. After the device is connected to your WiFi network, the assigned IP address can be used to open a browser to the Web Interface, which is where everything can be configured there.

And that’s about all it takes to create your own marquee scroller. To learn more about this project, check out the Instructables post.

Website: LINK

Have some loose change lying around? Why not save it for a rainy day by 3D printing this gear motor-driven Apple Coin Bank designed by maker Greg Zumwalt. 

Saving money is a healthy financial habit that will keep your bank account growing, and even a few coins can go a long way. Many of us know that feeling of relief that comes about when we have some cash set aside, and developing these frugal habits will help us plan for the future.

Now, you can create a 3D printed Apple Bank to be your now coin-stashing companion. This model was designed by maker Greg Zumwalt, who was looking for a way to teach his grandchildren good money saving habits. The 3D printed coin bank is comprised of 20 different 3D printed parts, a single gear motor and two micro level switches. It operates back on the Hoeken mechanism,

The coin bank mechanics are based on the Hoeken mechanism. The design consists of 20 unique 3D printed parts and uses a single gear motor and two micro lever switches for operation. With large eyes and an appetite for currency, this Apple Coin Bank looks quite adorable and unintimidating. However, this project is difficult to print, and requires a lot of precision and careful planning (just like saving money does).

Let’s take a peek at what you need to build this 3D printed coin bank…

3D Printed Apple Coin Bank: What You Need & Putting it Together

As we mentioned, the Apple Coin Bank consists of 20 different 3D printed parts, all of which can be freely downloaded from Zumwalt’s Instructables post. Zumwalt warns that this project is no walk in the park, as the design include the threaded assembly, as well as small parts and confined spaces. But if you have your 3D printed well-tuned and some basic soldering skills, you should be able to create your own coin eating apple.

The designer suggests 3D printing all parts at .15mm layer height and 20% infill. Some parts require supports to print cleanly, so be sure to add those when necessary. Before you start assembling to Apple Coin Bank, Zumwalt also recommends that you test fit and trim, as well as file and sand all of the parts to ensure smooth movement for moving parts and a tight fit for the stationary surfaces.

Aside from the 3D printed parts, here’s what else you’ll need to assemble the Apple Coin Bank:

The build process begins with installing the motor into the 3D printed base and motor mount. After assembling the coin arm mechanism and completing the base, you’ll have to start soldering the wires together, which Zumwalt details on his Instructables post. After inserting the base into the 3D printed apple, the final step is to add the face to your print.

The step-by-step build process is lengthy and could be a bit arduous, so keep that in mind as you start constructing your own Apple Coin Bank. You can find the full assembly instructions and more on Instructables.

Website: LINK