Unfold
In SolidWorks, the Unfold feature is used in sheet metal design to convert a folded sheet metal part
into its flat, unfolded state. It allows you to visualize and work with the flat pattern
representation of a sheet metal part, which is essential for manufacturing and fabrication
processes. The Unfold feature unfolds the bends in the sheet metal part, revealing the flat shape
that can be cut out from a sheet of material.
The advantages of using the Unfold feature in SolidWorks for sheet metal design include:
- Accurate Flat Development: The Unfold feature ensures accurate development of the
flat pattern representation of the sheet metal part. This allows for precise material
estimation, cutting, and bending operations during mfg.
- Optimization: By visualizing the flat pattern, you can identify potential
issues or interferences in the design that may affect manufacturing processes. This enables you
to optimize the part for efficient fabrication and assembly.
- Validation: Unfolding the part helps validate the design by ensuring that all
features and dimensions are properly accounted for in the flat pattern. It allows you to review
and verify the part mfg and functionality.
- Efficient: The unfolded flat pattern provides a clear and concise
representation of the part that can be easily communicated to manufacturing personnel, allowing
for accurate production and consistent results.
- Design Process: The Unfold feature facilitates an iterative design process
where modifications and adjustments can be made directly on the flat pattern. This helps in
refining the design and quickly incorporating changes or improvements.
Steps for Sketched Bend
- Select Unfold.
- Select Fixed Face in Properties Manager.
- Set Radius.
- Click ✅
Overall, the Unfold feature in SolidWorks is a critical tool in sheet metal design as it allows for
the accurate development and visualization of flat patterns. It enables designers to optimize
designs for manufacturing, validate the design's feasibility, and facilitate efficient communication
with manufacturing teams.