How to Transform 3D Shapes With the Bend Tool
The Bend tool enables users to deform and shape objects by bending them along a specified axis. This tool is commonly found in the toolsets of various 3D design applications, providing artists and designers with the ability to add curvature, twists, and bends to their creations.
Key Components and Controls
- Anchor points: The Bend tool operates around anchor points, serving as the pivot or axis for the bending action. Users can strategically place these anchor points on the object to control where the bending occurs.
- Handles and controls: Handles are interactive elements connected to the anchor points, allowing users to physically manipulate and deform the object. Controls associated with the Bend Tool include parameters for adjusting the angle, direction, and curvature of the bend.
- Angle and direction parameters: Users have the ability to specify the angle and direction in which the object bends. These parameters provide precision and control over the shape and orientation of the deformed object.
Uses of the Bend Tool
- Organic modeling: The Bend Tool is invaluable for creating organic and lifelike characters by adding natural curves to limbs, torsos, and facial features. Artists can use the Bend Tool to craft fantastical creatures with unique and imaginative forms, bringing a sense of dynamism to their designs.
- Architectural detailing: Architects and designers can utilize the Bend Tool to introduce curvature and elegance to architectural elements, such as arches, columns, and facades. Designers can add ergonomic curves and twists to furniture pieces, enhancing both form and function.
- Animation and rigging: The Bend Tool is often employed in the animation and rigging process to create natural joint movements in characters, enhancing the realism of animations. It is used to deform objects during animation sequences, allowing for smooth transitions and dynamic visual effects.
- Product design: Product designers can use the Bend Tool to create custom shapes and contours, adding a personalized touch to their designs. The tool facilitates the prototyping process by enabling designers to experiment with different forms and shapes before finalizing a product.
- Abstract art and sculpting: Artists can explore abstract forms and shapes by bending and twisting digital sculptures, pushing the boundaries of traditional artistic expression. The Bend Tool encourages experimentation, empowering artists to think outside conventional design norms and create visually striking and innovative pieces.
A Guide to Using the Bend Tool in SelfCAD to Design a Viking Horn
In this section, you'll learn how to make Viking horn with just only bend tool. The software that we are going to use is SelfCAD and you can also follow the interactive tutorial. Let us start the process.
Launch SelfCAD and open the workspace:
On the 3D Shapes category, select the Cylinder:
Set the Top Radius to 5, Bottom Radius to 70, Height to 200, Horizontal Segment to 9, Vertical Segment to 30:
Click on the check mark to finalize:
On the right panel, activate the Polygon Selection. Select the highlighted faces shown below:
Select the Delete option on the top panel:
The cylinder is now hollow as observed from the top as shown below:
Go to the Modify category and select the Add Thickness tool:
Finalize adding thickness:
The thickness has been added to the cylinder as shown below:
On the Deform category, select the Bend Tool:
Bend the object horizontally by setting the X-axis to 90:
The object will be as shown below:
Click X to close the panel. On the toolbar, activate the Rotate tool and rotate the object by setting the Z axis to 225:
The object will be rotated as shown below:
Click on the X to close the panel. Select the Move tool on the toolbar and use the Gizmos to move the Y axis to 0:
Click on the Color picker and select the white color or any color of your preference:
That is how you can simply design a Viking horn in SelfCAD. When you are done 3D modeling, you can use the in-built online slicer of SelfCAD to slice your designs and generate the G-code to send to your 3D printer.
Enjoy powerful modeling, rendering, and 3D printing tools without the steep learning curve.
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