Inspired by: Plant cell structures
Lilian Van Daal
The Problem
Traditional furniture uses excessive material and is uncomfortable or environmentally unsustainable. Seating design could benefit from principles that create strength and comfort with minimal material.
A 3D printed soft seating design by Lilian Van Daal that mimics the cellular structure of plants for ergonomic comfort and material efficiency.
Lilian Van Daal developed a 3D printed soft seat that uses plant cell structures as inspiration. Plant cells are inherently efficient at distributing loads while maintaining flexibility and comfort. By mimicking the cellular organization found in plant tissues, Van Daal created a seating solution that is lightweight yet supportive. The design uses minimal material while maximizing comfort through biomimetic cellular architecture, reducing manufacturing waste and environmental impact.
Biomimicry Breakdown
How Plant cell structures translates into 3D Printed Soft Seat
Find your own nature-inspired opportunities
Inspired by 3D Printed Soft Seat? The Biomimicry Opportunity Map scans your company website and suggests challenges worth solving the way nature would.
Get started →Apply This
Honeybee (Apis mellifera)
Interface designed modular carpet tiles inspired by the random, distributed positioning of honeybees in a hive. The random pattern prevents visible seams and wear patterns while maintaining aesthetic appeal and durability.
Sycamore trees (Acer species) seed pods
Ceiling fan blade design inspired by sycamore seed pod aerodynamics for improved air circulation efficiency.
Forest floor ecosystem and animal camouflage patterns
Interface developed TacTiles modular carpet inspired by forest floor camouflage and animal pattern disruption. The non-directional design with organic, break-up patterns creates visual continuity regardless of installation direction.
There's a natural world to explore