In the fascinating video by Make Anything, the challenge of 3D printing a flexible and wobbly Springo using PLA plastic on a regular FDM 3D printer is explored. The tutorial takes viewers through the process of creating and printing Springos using Fusion360 software. Despite the limitations, Make Anything successfully prints a flexible Springo that can go down a flight of stairs, showcasing the capabilities and creativity of 3D printing technology. Variations of the Springo, such as a rocket ship and a whale shape, are also created, and the files for printing them are available on MyMiniFactory and Shapeways.

Hey guys, Devin here with Make Anything! Today we’re pushing the boundaries of 3D printing with PLA plastic on an ordinary FDM printer. Can we actually print a flexible and wobbly Springo? Well, let’s not call it a Slinky because of trademark issues, but you know what I mean. In this Fusion360 tutorial, we’ll walk through the process of creating a high-quality, functional Springo that can even go down stairs. So, buckle up and let’s delve into the world of 3D printing Springos!

The Challenge of 3D Printing a Springo

Introduction to the challenge

You are about to embark on an exciting journey – the challenge of 3D printing a Springo! Although traditionally associated with injection molding, we are going to push the limits of FDM printing and explore the possibilities of creating a flexible and wobbly Springo using PLA plastic.

Using Fusion360 software for the project

To bring this challenge to life, we will be using Fusion360 software. Fusion360 offers powerful design capabilities and is widely used in the 3D printing community. Its intuitive interface and vast array of tools make it the ideal choice for this ambitious project.

Exploring the possibilities of PLA plastic

PLA plastic is commonly used in 3D printing due to its ease of use and availability. However, it is not typically associated with flexibility. Despite this, we believe that with careful design and printing techniques, we can achieve a truly flexible and wobbly Springo using PLA plastic.

Creating a 3D Model of the Springo

The first step in this project is to create a 3D model of the Springo. We will start by using sketches and extrudes in Fusion360 to define the basic shape and dimensions of the Springo. By carefully designing the geometry, we can ensure that the printed Springo has the desired flexibility.

Using sketches and extrudes in Fusion360

Fusion360 offers a range of powerful sketching tools that allow us to create precise and detailed designs. By drawing circles and applying dimensions, we can define the outer and inner diameter of the Springo. Using the extrude command, we can then bring the sketch into three dimensions.

Designing the shape and dimensions of the Springo

With the basic structure in place, it’s time to design the shape and dimensions of the Springo. This is where creativity comes into play. We can experiment with different curves, edges, and angles to create a unique and visually pleasing design. The goal is to strike the perfect balance between aesthetics and functionality.

Adding details and finishing touches

To add realism and make the Springo truly come to life, we can add details and finishing touches. This can include chamfers, fillets, or any other design elements that enhance the overall look and feel. By paying attention to these small details, we can create a Springo that is not only functional but also visually appealing.

First Attempt at Printing the Springo

With the 3D model complete, it’s time to move on to the printing stage. However, as with any creative endeavor, challenges are bound to arise. During our first attempt, we encountered issues with layer separation, making it difficult to achieve the desired flexibility. However, we quickly learned from this experience and adapted our approach for future attempts.

Issues with layer separation

One of the main challenges we faced in the first attempt was layer separation. With PLA plastic, the layers tend to stick together, making it difficult to achieve the desired flexibility. This meant that the Springo didn’t have the wobbly motion we were aiming for. However, we were not deterred and saw this as an opportunity to refine our technique.

The importance of gap between layers

We soon realized that creating a slight gap between the layers was crucial to achieving the desired flexibility. By introducing a tolerance into the design, we allowed for a bit of air space between the layers, which made it easier to separate them. This small adjustment made a significant difference in the performance of the Springo.

Learning from the first attempt

The first attempt at printing the Springo taught us valuable lessons. We learned the importance of considering the limitations of the printing process and how to overcome them creatively. This experience helped us refine our approach and informed the improvements we made in subsequent attempts.

Improving the Springo with Helixes

Armed with the knowledge gained from our first attempt, we set out to improve the Springo design. We turned to an add-on for Fusion360 that allowed us to create helix shapes that would aid in the printing process. By incorporating these helixes into the design, we aimed to achieve better printing results and enhance the flexibility of the final product.

Using an add-on for Fusion360

The add-on we used for Fusion360 brought a new level of functionality to our design process. It allowed us to easily create helix shapes and integrate them into our Springo design. This feature was invaluable in improving the printing results and achieving the desired flexibility.

Creating helix shapes for better printing

By incorporating helix shapes into our Springo design, we were able to address the issue of layer separation more effectively. The helixes allowed for a smoother transition between layers, resulting in a more flexible and wobbly Springo. This was a major breakthrough in our journey to create the perfect 3D printed Springo.

Testing the improved design

With the improved design in hand, it was time to put it to the test. We printed the Springo using the same PLA plastic and FDM printer as before. The results were astonishing. The Springo exhibited the flexibility and wobbly motion we had been striving for. It successfully went down a flight of stairs, showcasing the effectiveness of our new approach.

Putting the printed Springo to the test

To ensure the Springo’s optimal performance, we put it through rigorous testing. We subjected it to various scenarios and evaluated its flexibility, durability, and overall functionality. This real-world testing allowed us to make any necessary adjustments and refine the Springo for optimal performance.

Making adjustments for optimal performance

During the testing phase, we identified areas for improvement. We made small adjustments to the design, such as tweaking the dimensions and refining the shape. These changes were aimed at enhancing the Springo’s flexibility and ensuring its long-term durability. Through this iterative process, we were able to fine-tune the Springo to meet our high standards.

Achieving a flexible and wobbly Springo

After multiple iterations and adjustments, we finally achieved the perfect Springo. The printed version demonstrated the desired flexibility and wobbling motion. The Springo was now ready to bring joy and entertainment to anyone who encountered it.

Exploring Creative Variations of Springgos

With the initial challenge conquered, we were inspired to explore the creative possibilities of 3D printing Springgos further. We set out to design Springgos in various shapes and forms, pushing the limits of our creativity and 3D printing technology.

Creating a rocket ship shape

One of the creative variations we explored was a Springo in the shape of a rocket ship. By modifying the dimensions and adding unique design elements, we were able to transform a simple Springo into an imaginative rocket ship that could delight both children and adults alike.

Designing a whale-shaped Springo

Another variation we experimented with was a Springo in the shape of a whale. By redesigning the dimensions and adding intricate details, we transformed the Springo into a charming marine creature. This whimsical variation showcased the versatility of 3D printing and allowed us to explore new realms of creativity.

Pushing the limits of creativity with 3D printing

Throughout our exploration of creative variations, we continuously pushed the limits of what could be achieved with 3D printing. From geometric shapes to intricate designs, we were able to showcase the versatility and endless possibilities of this remarkable technology. Our creations left us in awe of the power of 3D printing to bring imagination to life.

Showcasing the Capabilities of 3D Printing Technology

Our journey to 3D print a Springo was not just about creating a fun and entertaining toy. It was also a testament to the capabilities of 3D printing technology. By overcoming challenges and exploring creative solutions, we showcased the versatility of FDM printers and the potential of PLA plastic. This project demonstrated that with the right tools and techniques, there are no limits to what can be achieved with 3D printing.

Highlighting the versatility of FDM printers

Through the Springo project, we showcased the versatility of FDM printers. Despite the inherent limitations of this printing method, we were able to create a flexible and wobbly Springo using PLA plastic. This project challenged the preconceived notions of what could be achieved with FDM printers and demonstrated their adaptability to complex designs.

Demonstrating the potential of PLA plastic

PLA plastic is commonly used in 3D printing due to its accessibility and ease of use. However, it is not typically associated with flexibility. Through our innovative design and printing techniques, we demonstrated the untapped potential of PLA plastic. By carefully considering the design and introducing a slight gap between layers, we were able to create a Springo with the desired flexibility.

Celebrating the power of 3D printing

The successful printing of the Springo was a celebration of the power of 3D printing. It highlighted the endless possibilities that this technology offers – from pushing the boundaries of design to creating functional and interactive objects. The Springo project served as a reminder of the transformative nature of 3D printing and its ability to bring imagination to life.

Sharing the Files for Printing Springgos

Having accomplished our goal, we are excited to share the files for printing Springgos with others. The files will be available on MyMiniFactory, a popular platform for sharing 3D printable designs. By making the files accessible to the public, we hope to inspire others to take on this creative challenge and experience the joy of 3D printing their own Springgos.

Availability on MyMiniFactory

MyMiniFactory is a community-driven platform where users can upload and download 3D printable designs. We have made the Springo files available on this platform to ensure easy access for anyone interested in recreating this project. By sharing our design, we hope to foster a community of makers who can collaborate and inspire one another.

Options on Shapeways

In addition to MyMiniFactory, we have also made the Springo files available on Shapeways. Shapeways is a leading online marketplace for 3D printed products, allowing users to order customized designs. By providing the files on Shapeways, we enable individuals who do not have access to 3D printers to still enjoy the Springo experience.

Encouraging others to try the project

Finally, we want to encourage everyone to try the project for themselves. Whether you are a seasoned maker or new to 3D printing, creating a Springo is an exciting and rewarding challenge. The files are accessible to all, and we are confident that anyone who takes on this project will be delighted by the results. So go ahead, unleash your creativity, and embark on your own Springo-making journey!

Exploring Other 3D Printing Tutorials

To further expand your knowledge and explore the endless possibilities of 3D printing, we recommend checking out other tutorials by Make Anything on YouTube. Make Anything is a well-known YouTuber who shares valuable insights and techniques on various 3D printing projects. Their videos are a great source of inspiration and can help you deepen your understanding of this fascinating technology.

Introduction to Make Anything on YouTube

Make Anything’s YouTube channel is a treasure trove of 3D printing tutorials and projects. From functional designs to artistic creations, Make Anything covers a wide range of topics and inspires viewers to explore the limitless possibilities of 3D printing. By subscribing to their channel, you can stay up to date with the latest trends and developments in the world of 3D printing.

Finding inspiration for future projects

Exploring Make Anything’s YouTube channel can provide you with a wealth of inspiration for future 3D printing projects. Their diverse range of tutorials showcases different techniques, materials, and applications, opening your mind to new possibilities. Whether you are interested in practical objects or artistic creations, you are sure to find something that sparks your imagination.

Expanding knowledge on 3D printing

Make Anything’s tutorials go beyond showcasing specific projects. They delve into the technical aspects of 3D printing, providing valuable insights into design principles, printing techniques, and troubleshooting. By watching their videos, you can expand your knowledge and gain a deeper understanding of the intricacies of 3D printing. This knowledge will prove invaluable in your future ventures in the world of 3D printing.

In conclusion, the challenge of 3D printing a Springo has been a truly rewarding experience. Through innovative design, careful printing techniques, and perseverance, we have successfully created a flexible and wobbly Springo using PLA plastic. This project not only showcases the capabilities of 3D printing technology but also encourages creativity and exploration. By sharing our knowledge and files, we hope to inspire others to embrace the world of 3D printing and embark on their own creative journeys. So go ahead, unleash your imagination, and let your Springo spring to life!

If you’re wondering whether it’s possible to 3D print a flexible wobbly Springo using PLA plastic on your regular FDM 3D printer, the answer is yes! With determination, you can make it happen.

To help you choose the right filament, you can check out the Rigid.ink filament comparison guide here: Rigid.ink filament comparison guide.

For the STL files needed to print your Springo, you can download them for free from here: Download STL files.

Alternatively, if you prefer to buy a ready-made Springo, you can find one on Shapeways: Buy a Springo through Shapeways.

This video is sponsored by rigid.ink and supported by Patrons like you. If you’d like to become a Patron, you can do so here: Become a Patron.

Additionally, if you’re using Fusion 360, you can enhance your design process with the Fusion 360 Helical Spline Add-on. You can find more information about it here: Fusion 360 Helical Spline Add-on.