TinkerCAD

How to Round Edges Tinkercad?

Understanding Edge Rounding in Tinkercad

Rounding edges in Tinkercad can enhance the aesthetic and functional appeal of your 3D designs. This process allows you to create softer transitions and add a polished look to your models. The platform does not contain an explicit rounding tool, but there are effective methods to achieve the desired rounded edge effect.

Utilizing Shape Generators for Rounding

  1. Access the Shape Generators Menu: Start by opening Tinkercad and navigating to the Shape Generators section. This is where you’ll find various pre-defined shapes, including those designed for creating curves.

  2. Select the Extrusion Shape: Look for the Extrusion shape within the Shape Generators. This shape enables you to create customizable and smooth curve shapes. Once selected, drag it onto your workplane.

  3. Customize the Shape: Resize and manipulate the Extrusion shape to match the edge configuration of your design. You can adjust the parameters to get the curvature you desire. For instance, if you’re rounding the corners of a box, make sure the size of the extrusion fits well with those corners.

  4. Positioning: Place the customized Extrusion shape over the corners of your design where rounding is needed. Ensure it overlaps slightly to maintain proper alignment.

  5. Grouping Shapes: Select both the Extrusion shape and the original shape that needs rounding. Click on the "Group" option in the toolbar to combine the shapes. This action will subtract the rounded protrusions from the corners.

Using the Slicing Method for Edge Rounding

  1. Create a Base Shape: Start with the basic shape you want to modify, such as a box or cylinder. Place it onto the workplane to act as your primary model.

  2. Draw a Cylinder for Rounding: Create a cylinder that will be used to remove material for rounding the edges. Adjust the cylinder’s diameter to match the curvature you aim for.

  3. Position the Cylinder: Move the cylinder over one of the edges of your model, ensuring it corresponds accurately with the area you wish to round off.

  4. Grouping the Shapes: Select both the cylinder and your primary shape. Use the grouping function to cut out the rounded section from the edge. This will create a seamless rounded effect on the corner.

  5. Repeat for Additional Edges: If rounding multiple corners is needed, repeat the process for each edge using similar cylinder shapes, adjusting diameters if necessary.

Employing the Scribble Tool for Unique Shapes

  1. Access the Scribble Tool: Tinkercad’s Scribble tool allows for freeform drawing of shapes, which can also be used to create rounded edges.

  2. Draw the Desired Shape: Click on the Scribble shape from the Basic Shapes menu and proceed to draw the rounded corner or shape you want. The focused drawing can help in achieving a more organic curve.

  3. Finalize and Adjust: After drawing, adjust the new shape as needed. Once satisfied, you can group this shape with your original object to merge or cut based on your design criteria.

Frequently Asked Questions

1. Can I round edges on any shape in Tinkercad?
Yes, you can round edges on various shapes in Tinkercad by using the methods described above, including using the Shape Generators or the Scribble tool.

2. Does Tinkercad have a dedicated round edge tool?
No, Tinkercad does not offer a dedicated rounding tool, but through creative use of the Shape Generators and subtraction techniques, you can achieve rounded edges.

3. How do I ensure the rounded edges look consistent across my design?
To maintain consistency, it’s best to use the same dimensions and parameters when creating rounded shapes for each corner. Adjusting the same extrusion shape for all corners will help achieve uniformity.

About the author

Wei Zhang

Wei Zhang

Wei Zhang is a renowned figure in the CAD (Computer-Aided Design) industry in Canada, with over 30 years of experience spanning his native China and Canada. As the founder of a CAD training center, Wei has been instrumental in shaping the skills of hundreds of technicians and engineers in technical drawing and CAD software applications. He is a certified developer with Autodesk, demonstrating his deep expertise and commitment to staying at the forefront of CAD technology. Wei’s passion for education and technology has not only made him a respected educator but also a key player in advancing CAD methodologies in various engineering sectors. His contributions have significantly impacted the way CAD is taught and applied in the professional world, bridging the gap between traditional drafting techniques and modern digital solutions.