What are swept functions in NX capable of creating?

Swept functions in NX are powerful tools used in 3D modeling processes that enable the creation of complex geometrical shapes by moving a profile along a defined path. This process allows for the generation of both solid bodies and sheet bodies, making it versatile for various design applications.

When a profile is swept along a trajectory, it can create solid forms that are cohesive and well-defined. At the same time, this functionality also accounts for the creation of sheet bodies, which are crucial in applications where thin-walled structures are needed, such as in the design of enclosures, casings, or surfaces that require a specific thickness or detail.

The ability to create both types of bodies adds a significant dimension to the modeling capabilities within NX, allowing designers to easily transition between creating solid parts and thin-walled designs based on the same foundational profile and path. This is particularly beneficial in industries such as aerospace and automotive, where both solid and sheet metal components are frequently utilized in the same assembly.

In summary, the capability to produce both solid bodies and sheet bodies is what makes swept functions in NX particularly useful for comprehensive modeling tasks.