Aligning and Beveling 3D Objects in SelfCAD
Understanding how to align and bevel objects is important in 3D modeling for achieving precision and polished designs. In SelfCAD, a user-friendly 3D modeling platform, aligning and beveling objects has been made easy with its various intuitive tools. In this guide, we will provide you with the knowledge and techniques necessary to enhance your creations, regardless of whether you're a beginner or an experienced designer.
Steps to Aligning and Beveling Objects
In this section, you'll learn how to position 3D objects relative to each other, bevel a complex mesh, some part selection tips and tricks, and how to make smooth edges. To begin, launch SelfCAD and open the workspace:
From the 3D Shapes select a Cube:
Tick the check mark to finalize the cube:
Then select the Text Generator from the Generators category:
Set text to V and set the Position Y to 40 and Z to 50:
Ticket the check mark to finalize the text. From the Generators category, select the Text Generator. Set the text to R, and Position Y to 40, and Z to -50. Set the Rotation Y to 180:
Tick the check mark to finalize the text. On the Generators, select the Text Generator again and set the text to H. Set the Position Y to 90:
Tick the check mark to finalize the text. Rename the Mesh_3 to Base:
From the Utilities category, select the Align:
Set Reference to Base, and Align to Middle-Right. Set the Offset X to -5:
Click on the Generators and select Text:
Set the Text to P and set the Rotation Y to -90:
Tick the check mark to finalize the text generator. From the Utilities category, choose Align:
Set the Reference to Base and align it to Middle-Left. On the Offset set X to 5:
On the Generators category, select Text Generator and set text to O. On the Rotation set X to 90:
Tick the check mark to finalize the Align. From the Utilities category, choose Snap:
Click on the highlighted point to change the position:
Set Y to -5 and click on the “X” to close the panel:
Set the text to J and Rotation X to -90:
Click on the Inverse Selection:
On the toolbar, select the Move tool. And set the Y 5. Click the “X” to close the panel:
Select all the objects. On the top toolbar, on the Edit menu select the Group:
Click on the Color and select Apricot. Click ok to confirm the color:
On the toolbar, click on the Stitch and Scoop and choose Difference:
Choose the Group_1 to subtract it. Tick the check mark to finalize the operation:
From the 3D Shapes select the Cube:
Tick the check mark to finalize the cube. Select the Difference and the mesh. From the Utilities category, select the Align:
Click on the Merge Objects Centers button, and click “X” to close the Align panel. Select the mesh_6, and on the top toolbar select the View menu and choose Isolate:
From the Modify category select Fillet:
Set the Fillet Level to 5 and tick the check mark to finalize the Fillet:
Click on the Color picker, and select Mint and click ok to confirm the color:
Select the two objects. On the toolbar, click Stitch and Scoop and choose Intersection:
Tick the check mark to finalize the intersection:
On the right panel, activate the Material selection and select the highlighted region. Click on the Materials to choose the material:
Tick the check mark to finalize the material:
There you go, you have learned to position 3D objects relative to each other in SelfCAD:
Aligning objects allows you to ensure precise placement and arrangement within your design. This is crucial for creating symmetrical models and ensuring that components fit together consistently. Beveling edges, on the other hand, adds depth and realism to your models by creating smooth transitions between surfaces. Knowing how to align and bevel objects in SelfCAD is not just about making designs look better, but it's about ensuring accuracy, efficiency, functionality, and professionalism in the 3D modeling field. If you would like to 3D print the file, you can use the in-built online slicer of SelfCAD. Get to know how the slicer of SelfCAD works in the video below.
Enjoy powerful modeling, rendering, and 3D printing tools without the steep learning curve.
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