Our Blog

News

How Shlomit Ariel Used BioCir® Flex to Rethink Intimate Wear

How Shlomit Ariel Used BioCir® Flex to Rethink ...

Read Now

Intimate wear is one of apparel’s most technically demanding categories. Bras, underwear, shapewear, maternity garments and performance base layers must balance flexibility, recovery, support, softness and durability all while remaining comfortable against the skin for extended periods. Delivering this combination of qualities usually requires a complex mix of materials. A single garment may combine natural or synthetic textiles with elastane, foams, adhesives, elastic bands,...

How Shlomit Ariel Used BioCir® Flex to Rethink ...

Read Now

Intimate wear is one of apparel’s most technically demanding categories. Bras, underwear, shapewear, maternity garments and performance base layers must balance flexibility, recovery, support, softness and durability all while remaining comfortable against the skin for extended periods. Delivering this combination of qualities usually requires a complex mix of materials. A single garment may combine natural or synthetic textiles with elastane, foams, adhesives, elastic bands,...

Inside the Lab: The Breakthrough Behind the First Bacteria-Fermented Circular Frisbee

Inside the Lab: The Breakthrough Behind the Fir...

Read Now

At Balena, we’re always exploring how far circular, bio-based materials can go not just in fashion and footwear, but in everyday products that bring people together. Our latest milestone? Launching the world’s first frisbee made from BioCir® X, a bacteria-fermented bioplastic that’s designed to perform hard and return safely to nature. To dive deeper into the science, challenges, and joy behind this project, we...

Inside the Lab: The Breakthrough Behind the Fir...

Read Now

At Balena, we’re always exploring how far circular, bio-based materials can go not just in fashion and footwear, but in everyday products that bring people together. Our latest milestone? Launching the world’s first frisbee made from BioCir® X, a bacteria-fermented bioplastic that’s designed to perform hard and return safely to nature. To dive deeper into the science, challenges, and joy behind this project, we...

How Ema Želinská Sculpted an Entire Fashion Collection by Hand Using a 3D Pen, with Balena.Filaflex

How Ema Želinská Sculpted an Entire Fashion Col...

Read Now

Exploring the power of 3D printing, personal identity, and circular fashion At the intersection of wearable art, emerging technology, and sustainable design, Slovak designer Ema Želinská is quietly reshaping the future of fashion. A student at Alexander Dubček University of Trenčín, Ema’s creative journey has already included runway showcases, national recognition, and now, a pioneering collection using Balena.Filaflex — a compostable 3D printing filament...

How Ema Želinská Sculpted an Entire Fashion Col...

Read Now

Exploring the power of 3D printing, personal identity, and circular fashion At the intersection of wearable art, emerging technology, and sustainable design, Slovak designer Ema Želinská is quietly reshaping the future of fashion. A student at Alexander Dubček University of Trenčín, Ema’s creative journey has already included runway showcases, national recognition, and now, a pioneering collection using Balena.Filaflex — a compostable 3D printing filament...

Kendra’s Vision. Balena’s Material. The 3D-Printed Compostable Dress That Turns Heads

Kendra’s Vision. Balena’s Material. The 3D-Prin...

Read Now

When Kendra’s design stepped onto the runway at the Academy of Art University in San Francisco, it wasn’t just a senior thesis, it was a challenge to the fashion industry to rethink how materials, technology, and sustainability can collide. Crafted using Balena and Recreus, Balena.FilaFlex, a compostable, bio-based filament made for wearable innovation, the dress transformed seafoam into sculpture, fashion into function, and plastic...

Kendra’s Vision. Balena’s Material. The 3D-Prin...

Read Now

When Kendra’s design stepped onto the runway at the Academy of Art University in San Francisco, it wasn’t just a senior thesis, it was a challenge to the fashion industry to rethink how materials, technology, and sustainability can collide. Crafted using Balena and Recreus, Balena.FilaFlex, a compostable, bio-based filament made for wearable innovation, the dress transformed seafoam into sculpture, fashion into function, and plastic...

Exploring Modularity, Materiality, and Movement: Behind the Scenes of FOOTLOOP with Moon Rabbit Lab and framas

Exploring Modularity, Materiality, and Movement...

Read Now

At Milan Design Week 2025, FOOTLOOP captured attention as more than an installation, it was a vision of what the future of footwear could look like.  Developed through a three-way collaboration between Moon Rabbit Lab - specialists in computational design and digital fabrication, framas - a global leader in footwear tooling and component manufacturing, and Balena - a material science company pioneering circular, compostable materials, the project set out...

Exploring Modularity, Materiality, and Movement...

Read Now

At Milan Design Week 2025, FOOTLOOP captured attention as more than an installation, it was a vision of what the future of footwear could look like.  Developed through a three-way collaboration between Moon Rabbit Lab - specialists in computational design and digital fabrication, framas - a global leader in footwear tooling and component manufacturing, and Balena - a material science company pioneering circular, compostable materials, the project set out...

Reimagining Intimates with Circular Design: A Conversation with Neyla Coronel on Her 3D—Printed Bra Using Balena.Filaflex

Reimagining Intimates with Circular Design: A C...

Read Now

At Balena, we believe materials shape the future of design. And sometimes, the most powerful proof of what a material can do comes from the creativity of those who use it. That’s exactly what we found in this collaboration with multidisciplinary designer Neyla Coronel, who explored the flexibility, adaptability, and comfort of Balena.Filaflex, our bio-based, compostable 3D printing filament co-developed with Recreus—through one of...

Reimagining Intimates with Circular Design: A C...

Read Now

At Balena, we believe materials shape the future of design. And sometimes, the most powerful proof of what a material can do comes from the creativity of those who use it. That’s exactly what we found in this collaboration with multidisciplinary designer Neyla Coronel, who explored the flexibility, adaptability, and comfort of Balena.Filaflex, our bio-based, compostable 3D printing filament co-developed with Recreus—through one of...

Want to learn more?