Tinkercad Custom Shapes 3D Printing Design Tutorial for Beginners

Get ready to embark on a journey into the world of Tinkercad Custom Shapes 3D Printing Design with this tutorial created by CHEP. In this video, you will learn how to use a new feature in Tinkercad that allows you to create custom shapes, saving you valuable time in your 3D print designs. But that’s not all! The tutorial also reveals hidden features in Tinkercad that can help speed up the modification process. Whether you’re a beginner or an experienced user, this tutorial has something for everyone. Join Chuck as he introduces you to the world of Tinkercad and shows you the ins and outs of creating custom shapes for your next 3D Printing Design Project.

Get ready for a creative and time-saving experience as Chuck takes you through a step-by-step tutorial on how to use the new feature in Tinkercad for creating custom shapes. Along the way, he shares some hidden gems in Tinkercad that will help you speed up the modification process. This tutorial is designed for beginners and experienced users alike, and is packed with valuable insights and tips. Join Chuck on this journey into the world of Tinkercad and discover how to take your 3D print designs to the next level. Don’t miss out on the opportunity to create stunning custom shapes with ease and save valuable time in the process. Buckle up and get ready for a Tinkercad adventure!

Tinkercad Custom Shapes 3D Printing Design Tutorial for Beginners

Overview of Tinkercad Custom Shapes

In this comprehensive tutorial, we will delve into the world of Tinkercad and explore the exciting new feature of custom shapes. Tinkercad is a popular online computer-aided design (CAD) software often used by beginners and experienced designers alike for 3D printing projects. With the introduction of custom shapes, designing and creating unique objects for 3D printing has become easier and more efficient. We will uncover the process of accessing, utilizing, and saving custom shapes in Tinkercad, ultimately saving valuable time in the design process.

Introduction to 3D Printing Design

Before we delve into the specifics of Tinkercad custom shapes, it’s essential to have a basic understanding of 3D printing design. 3D printing has revolutionized the manufacturing industry, allowing for the creation of intricate and complex designs with ease. Designing for 3D printing requires the use of CAD software, such as Tinkercad, to create digital 3D models. These models are then converted into instructions for 3D printers, layer by layer, resulting in a physical object. With Tinkercad, even beginners can start creating their own 3D print designs and bring their ideas to life.

Basic Tools and Interface of Tinkercad

Before we dive into the world of Tinkercad custom shapes, let’s get acquainted with the fundamental tools and interface of Tinkercad. When you first open Tinkercad, you will be greeted with a simple and intuitive user interface. The workspace consists of a 3D grid that serves as a reference for positioning objects and a toolbar located on the left side of the screen, housing various tools and shapes. Familiarize yourself with these tools, as they will be instrumental in creating custom shapes and designing 3D prints.

Understanding Custom Shapes in Tinkercad

Custom shapes are a new and exciting addition to Tinkercad, allowing designers to create and save their own unique shapes for future use. Instead of creating objects from scratch every time, custom shapes save time and effort by providing a library of pre-designed shapes that can be easily accessed and modified. Custom shapes can range from simple geometric forms to complex designs, making them a versatile tool for designers of all levels. In the following sections, we will explore how to create and utilize custom shapes in Tinkercad.

Step-by-Step Guide to Creating Custom Shapes in Tinkercad

To begin creating custom shapes in Tinkercad, start by selecting the desired shape from the toolbar on the left side of the screen. Once the shape is added to the workspace, you can modify its properties, such as size, position, and rotation. Tinkercad provides intuitive tools and handles that allow for easy manipulation of shapes. Experiment with different combinations and arrangements to create your custom shape. Once you are satisfied with your design, you can save it as a custom shape for future use. Simply click on the “Part collection” menu and select “Capture new part” to add your shape to your library of custom shapes.

Saving Time with Custom Shapes in 3D Print Designs

Custom shapes in Tinkercad significantly streamline the design process and save valuable time when creating 3D print designs. Instead of recreating complex shapes from scratch, designers can simply import their custom shapes into their projects. This not only saves time but also ensures consistency throughout different designs. Furthermore, custom shapes can be shared with other Tinkercad users, fostering collaboration and creativity within the design community. The ability to save and reuse custom shapes is a powerful feature that makes Tinkercad a preferred choice among 3D printing enthusiasts.

Exploring Hidden Features in Tinkercad for Faster Modifications

In addition to the exciting new custom shapes feature, Tinkercad offers a range of hidden features that can speed up the design modification process. One such feature is the ability to double-click on a shape to ungroup it, allowing for easy modification of specific components. This feature is especially useful when fine-tuning intricate designs or making precise adjustments. Additionally, Tinkercad enables users to duplicate shapes based on their previously defined parameters, making it effortless to create a series of shapes with incremental changes. These hidden features contribute to a more efficient workflow and enhance the overall design experience in Tinkercad.

Tips and Tricks for Efficient 3D Printing Design Workflow

To optimize the 3D printing design workflow in Tinkercad, it is essential to incorporate some tips and tricks. Firstly, organizing your designs and custom shapes into folders within Tinkercad can help maintain a tidy and easily accessible library. Additionally, utilizing keyboard shortcuts and creating shortcuts for frequently used commands can save time when navigating the software. It is also beneficial to experiment with different design iterations and variations before settling on a final design. Lastly, taking advantage of community resources and tutorials can provide inspiration and guidance throughout the design process.

Links to Purchase 3D Printers and Cura Profiles

To enhance your 3D printing experience, we have included links to purchase 3D printers and Cura profiles. These resources will provide you with the necessary tools and equipment to bring your Tinkercad designs to life. Please note that these links are for informational purposes only, and we encourage you to conduct thorough research and make informed decisions before making any purchases. Owning a 3D printer and utilizing Cura profiles can significantly enhance your ability to prototype and refine your designs.

Supporting the CHEP Channel through Patreon or PayPal

If you found this tutorial helpful and would like to support the CHEP channel, we encourage you to consider making a donation through Patreon or PayPal. Your support will enable us to continue creating informative and engaging content for the 3D printing community. We appreciate any contributions made, as they will directly contribute to the growth and sustainability of the channel. Your support enables us to produce more tutorials and provide giveaways to our valued viewers.

Giveaway for Viewers and Patreon Supporters

As a token of our appreciation for our viewers and Patreon supporters, we will be hosting a giveaway. One lucky viewer will have the opportunity to win a prize, and one lucky Patreon supporter will have a chance to win a different prize. The details of the giveaway will be announced separately, and we encourage you to participate for a chance to win. We are grateful for your support and hope that these giveaways add an extra element of excitement and engagement to the CHEP community.

Conclusion

In conclusion, Tinkercad custom shapes offer a new and innovative way to design for 3D printing. With the ability to create, save, and reuse custom shapes, designers can now streamline their workflow and save valuable time. By exploring the hidden features within Tinkercad and incorporating efficient design practices, users can further enhance their 3D printing design experience. We encourage you to experiment with Tinkercad custom shapes and discover the possibilities they hold for your own unique creations. Get started today and unlock the vast potential of Tinkercad for your 3D printing design projects.

In the tutorial “Tinkercad Custom Shapes 3D Printing Design Tutorial for Beginners,” you will be introduced to a new feature in Tinkercad that will make creating custom shapes much easier and save you time when working on 3D print designs. Additionally, you will learn about a couple of other hidden features that can help speed up the process of modifying a 3D design. Whether you’re a beginner or an experienced user, this tutorial will show you how to access these features for your next Tinkercad 3D Printing Design Project.

Please note that the printers mentioned in the text were received as review units, and the opinion of their quality was given honestly in the accompanying videos. Although purchasing through the provided links will support the channel with a small royalty, we do not have control over shipping or service from these providers. It is recommended that you do your research, seek advice, and make a purchase based on your comfort level.

Here are the links to the mentioned printers:

• Creality Ender 3:

  • From Banggood: Link

• CR10 Mini:

  • From Banggood: Link

• CR-10:

  • Original Single Z-axis Printer from Banggood: Link ($379.99)
  • CR-10S with Dual Z Axis from Banggood: Link ($510.99)

• CR-10:

  • From .com: Link ($353.99)

Please find below the download links for the Ender Style Cura Profiles:

• Best (0.12): Link
• Good (0.20): Link
• Extra Fast (0.28): Link
• Hyper Fast (0.32): Link
• TPU: Link

To support the channel, you can shop through the following links:

• eBay USA: Link
• eBay UK: Link
• eBay Canada: Link

You can also support the channel by shopping at MatterHackers.com through this link: Link. Your support will contribute to the channel without any additional cost to you.

For the best hot ends, consider purchasing through this link to Slice Engineering: Link.

Please note that as an Amazon Associate, the channel earns from qualifying purchases.

If you would like to provide financial support through Patreon, you can visit: /elproducts.

Direct support through PayPal donation is also accepted: Link.

To access the finishing tool mentioned in the tutorial, visit: Link.

For more Filament Friday videos, you can check out the playlist here: Link.

If you’re interested in Chuck’s Arduino Book, you can find it here: Link.

For additional information, visit Chuck’s website: Link.

You can also find Slic3r, Cura, and Simplify3D settings for Fabrikator Mini on Chuck’s website: Link.

The intro animation for the tutorial was created by Pablo Licari based on the Filament Friday Logo by Brian Carter.

Background music used is “Jenny’s Theme” by Audionautix, licensed under a Creative Commons Attribution license. The artist can be found here: Link.

To receive a free Filament Friday sticker, send a self-addressed stamped envelope to:

Electronic Products P.O.Box 251 Milford, MI 48381