Create Your Own 3D Printable Spotify Code!

Table of Contents

1. Introduction
2. What is a Spotify Code?
3. Opening the Spotify Code Generator Website
4. Opening the Spotify App and Copying the Song Link
5. Generating the Spotify Code
6. Adjusting the Background Color and Size of the Spotify Code
7. Downloading the Spotify Code SVG File
8. Converting the SVG File to a Step File
9. Using FreeCAD Software to Convert the SVG File
10. Saving the File as a Step File
11. Converting the Step File to a 3D Printable STL File
12. Using Design Spark Mechanical to Convert the Step File
13. Modifying and Adjusting the STL File
14. Making the Codes Two Millimeters Thick
15. Creating the Base for the Spotify Code
16. Combining and Finalizing the Design
17. Printing the 3D Printable Spotify Code
18. Exporting the Design as an STL File
19. Slicing the Design in Cura
20. Using Two Colors of Filament to Print the Spotify Code

Introduction

In this article, we will explore the process of creating a 3D printable Spotify code. Spotify codes are barcode-like images developed by Spotify to share the exciting content available on their platform. Follow along as we guide you step by step through the process of generating and designing a unique Spotify code that you can print and display.

What is a Spotify Code?

Before we dive into the creation process, let's understand what a Spotify code is. A Spotify code is a barcode-like image that represents a song, playlist, album, or artist on Spotify. It allows users to quickly access and share their favorite music content with others. By scanning the Spotify code using the Spotify app, users can instantly listen to the associated music.

Opening the Spotify Code Generator Website

To start creating your own Spotify code, you will need to open the Spotify Code Generator website. The website can be accessed by visiting spotifycodes.com. Once you have opened the website, you are ready to proceed to the next step.

Opening the Spotify App and Copying the Song Link

Next, open the Spotify app on your computer. Browse through the app and select the song you wish to share using the Spotify code. Once you have chosen the song, click on the "Share" option, usually found within the song's menu or selection. From the share options, select "Copy Song Link" to copy the link to your desired song.

Generating the Spotify Code

Now, return to the spotifycodes.com website and paste the copied song link. You can simply use the keyboard shortcut "Ctrl + V" to paste the link into the designated area. After pasting the link, click on the "Get Spotify Code" button. The website will generate the Spotify code for your selected song.

Adjusting the Background Color and Size of the Spotify Code

At this stage, you have the option to customize the appearance of your Spotify code. The website allows you to adjust the background color, bar color, and size according to your preferences. However, if you prefer to keep the default settings, you can skip this step and proceed further.

Downloading the Spotify Code SVG File

Once you are satisfied with the Spotify code's appearance, it is time to download the file. Click on the "Download" button on the website to initiate the download process. The file will be saved as an SVG (Scalable Vector Graphics) file format.

Converting the SVG File to a Step File

Now, let's move on to the next step: converting the SVG file into a STEP file. To do this, we will utilize the FreeCAD software. Open FreeCAD by clicking on the software's icon or through your computer's application menu. In FreeCAD, click on "File" and choose "Open" to import the SVG file. Alternatively, you can also drag and drop the SVG file directly into the FreeCAD interface.

Using FreeCAD Software to Convert the SVG File

After importing the SVG file, it will appear on the FreeCAD interface as a visual representation. Although it may not look like much at this point, don't worry as we will proceed with the conversion process. To save the file as a STEP file format, click on "File" and select "Export." Before exporting, make sure to select all the objects you want to include in the STEP file. Once selected, choose the destination folder and provide a name for the file. Finally, click on the "Export" button to save the file as a STEP file.

Saving the File as a Step File

Congratulations! You now have the STEP file format of your Spotify code. This file format allows for easy conversion into a 3D printable STL file format, which we will discuss in the next step. Take a moment to ensure that you have saved the STEP file in a location of your choice for easy access.

Converting the Step File to a 3D Printable STL File

With the STEP file in hand, it's time to convert it into a 3D printable STL file format. To do this, we will utilize the Design Spark Mechanical software. Open Design Spark Mechanical by clicking on the software's icon or accessing it through your computer's application menu. Once open, drag and drop the saved STEP file into the Design Spark Mechanical window. Please note that you may encounter a warning message indicating that the file will be read-only. Click "OK" to proceed.

Using Design Spark Mechanical to Convert the Step File

After opening the STEP file in Design Spark Mechanical, you will be able to view the Spotify code's 3D representation on the interface. However, at this point, you may not be able to modify or adjust the design directly. To overcome this limitation, we will project the shapes onto new surfaces for easier manipulation.

Modifying and Adjusting the STL File

To modify and adjust the Spotify code's design, we will make it two millimeters thick. Start by selecting the desired shapes and using the "Pull" tool to extrude them by two millimeters. Ensure that all the necessary elements are selected for the modification. Additionally, adjust the thickness of other components, such as circles and base, to match the desired measurements. With these adjustments, the Spotify code design will be ready for printing.

Making the Codes Two Millimeters Thick

To ensure the durability and sturdiness of the Spotify code, we recommend making the design two millimeters thick. This thickness will provide sufficient strength to the printed object. Using the design tools in Design Spark Mechanical, select the necessary shapes and adjust their measurements accordingly. This step ensures that the Spotify code will withstand handling and display without any issues.

Creating the Base for the Spotify Code

To provide stability and visual appeal to the Spotify code, we will create a base. The base will be one millimeter thick and will serve as a foundation for the Spotify code. Using the design tools in Design Spark Mechanical, generate a rectangle around the Spotify code design. Afterward, utilize the "Pull" tool to extrude this rectangular shape by one millimeter, creating the base. This addition will complement the overall design and make it more suitable for display purposes.

Combining and Finalizing the Design

To finalize the design and create a single solid object, combine all the shapes and components of the Spotify code. Using the design tools in Design Spark Mechanical, select all the previous solids created, including the base. With all the elements selected, choose the option to "Combine" or "Merge" them. This action will merge all the solids into one continuous 3D printable object. After the combination, you can further refine the design by rounding off the corners or making any additional adjustments.

Printing the 3D Printable Spotify Code

Now that the design is complete, it is time to prepare for 3D printing. To print the Spotify code, we need to export the design as an STL (Standard Triangle Language) file format. Exporting the design converts it into a file format compatible with most 3D printers. Once exported, open Cura or any preferred slicing software. Import the exported STL file into the software and adjust any additional printing settings as needed.

Exporting the Design as an STL File

To export the design as an STL file, go to the design software's "File" menu and select the "Export" option. Choose the file format as STL and save it to your desired location. This file will contain all the necessary information for 3D printing the Spotify code.

Slicing the Design in Cura

After exporting the design as an STL file, open Cura or any other slicing software of your choice. Import the STL file into the slicing software. In the software, you can configure various printing settings, such as infill density, layer height, and print speed. Adjust these settings according to your preference or the requirements of your 3D printer. Once satisfied with the settings, initiate the slicing process to generate the printer instructions.

Using Two Colors of Filament to Print the Spotify Code

To create a visually appealing Spotify code, consider printing it using two colors of filament. You can pause the printing process at a specific height to change the filament color. Start by printing the code with the first color up to the desired height. Then, pause the printer, replace the filament with a different color, and resume the printing process. By doing so, you will achieve a Spotify code with two distinct colors that make it more visually appealing and easily scannable by the Spotify app.

That's all for now! We hope this guide has helped you successfully create your very own 3D printable Spotify code. Enjoy sharing your favorite music content in a unique and creative way. Thank you for reading, and don't forget to subscribe for more exciting content.