Folding form into design
Lisa Klingersberger studio explores how materials become space. She combines processes and craft to create refined objects, prototypes, and workshop experiences. Her work merges industrial design, textile craft, digital fabrication and aesthetic visualizations into a single language of form.
Studio Practice
Folded Designs
Lamps, wall reliefs, and collectible pieces that bring structure, shadow, and softness into interior spaces. Each object is hand-folded with precision and care in Austria.
Spacial Commissions
In collaborations Lisa to creates custom folded installations, from immersive wall structures to sculptural light objects.
Lisa is a sought-after educator in design schools and festivals. She offers a variety of formats: indepth folding workshops for academic institutions, design teams and intimate folding workshops in her own studio.
Research & Prototyping
The studio continually experiments with folded surfaces, using digital and analog techniques to prototype new objects, textures, and sustainable material concepts.
About
Lisa Klingersberger is an Austrian industrial designer and international folding expert. Her work operates at the threshold of structure and softness, where geometry meets intuition, and precision meets experimentation.
With a background in industrial and textile design, Lisa specializes in transforming flat materials into three-dimensional forms through folding. She is integrating digital tools and machining processes with tactile, hands-on making. Her design and visualization work balances technical depth with a contemporary aesthetic.
A key part of Lisa´s practice is sharing knowledge. She regularly leads workshops and teaches folding techniques, design practice, and visualization.
Her studio operates at the intersection of research and application: design commissions, aesthetic explorations, and experimental prototypes. Lisa partners with brands, cultural institutions, creative industries, and technology-driven companies to advance new possibilities in form, function, fabrication, and visualization.
