Which statement is not an advantage of using Deformable components?

The statement that a deformable component is limited to two shapes in assemblies accurately reflects a limitation rather than an advantage. Deformable components are designed to provide flexibility during the modeling process, allowing them to adapt to various configurations and uses.

One of the key advantages of deformable components is their capability to be defined in multiple positions or shapes, enabling the designer to capture different physical states or operational conditions of the component within an assembly. This versatility allows for more dynamic modeling and representation in the design phase.

Additionally, deformable components can be utilized multiple times within an assembly, which enhances efficiency and consistency in design practices. This means you can replicate the same component with its defined deformations without having to recreate it every time.

Furthermore, the ability to define a deformable component with different shapes at various levels ensures that the model can adequately represent changes that occur through its lifecycle, thus providing a higher level of adaptability in design and simulation.

Overall, the focus on flexibility, reusability, and the capacity to embody various shapes emphasizes that any limitation on the number of shapes in assemblies is contrary to the fundamental benefits of deformable components.