The materials used to make the 3D-printed cushions are inherently non-absorbent and easy to clean, and the cushions tolerate industrial machine washing at 60°C. Digital manufacturing precision ensures consistency in cushion production, allowing for the exact replication of original specifications based on the user’s scan data. 

When designing seating aids for individuals with disabilities, pressure redistribution, shock absorption, and stability are crucial for both health and comfort.  

The sophisticated structure, composed of numerous repeating cells, allows for tailored energy absorption and pressure redistribution much like a metal spring with linear-elastic behaviour¹. The result is a cushion that maintains its structural integrity while conforming closely to the contours of the user, thus reducing pressure points and improving sitting stability.

The ability to absorb shock and ease pressure is especially important in seating aids for people with limited mobility, who may remain in a seated position for extended periods of time. During compression, the lattice structure gracefully deforms through a process called buckling, which converts mechanical stress into energy absorption¹. This phenomenon protects bony areas from pressure sores and prevents discomfort over time. Furthermore, extensive compression testing shows strong resiliency - the 3D-printed structure maintains its shape and functionality even after repeated use¹.