Nuatan® is a new series of advanced, 100% bio-based and thermoplastic blends, designed to replace fossil fuel-based materials in durable consumer goods. Being fully industrially compostable, it leaves no waste in the environment.
Nuatan® solutions can be tailored into a variety of end materials for applications ranging from interior objects and fashion accessories to houseware, consumer electronics parts, and site-specific installations.
Our 100% biobased, biodegradable foodware—cups and bowls— are tailored for closed-loop events, coffee shops, and restaurants. They’re 3D-printable or scalable via injection molding.
Our handcrafted eyewear blends material innovation with fashion, offering fully industrially compostable, hinge-free designs devoid of non-degradable components for a sustainable future.
From interior pieces like vases, stools, and diffusers to collectible design objects, our creations range from small-scale to mass production—crafted from 100% sustainable bioplastic.
Crafted from natural and biodegradable materials, featuring a UV-reactive bioskin, or designed with a stackable modular system—our furniture pieces are packed with innovation.
All our natural materials are designed to be ready for use in products that have a life span of years, but then disappear without a trace.
Nuatan® degrades in industrial compost facility into water, CO2,
and biomass within 120 days.
Nuatan® can last for dozens of years, withstand high pressure, and resist temperatures of up to 100°C.
Nuatan® is made from biopolymers derived from natural resources like corn, sugarcane, and potatoes.
Nuatan® enables unique material aesthetic customization for both small and mass production using all common plastic processing technologies.
With this technique, we ensure smooth, tested performance, enable rapid prototyping, and minimize waste—making it ideal for any sustainable biomaterial innovation.
Ideal for high-volume production, with this method we ensure precise, consistent results with efficiency, making it perfect for large-scale manufacturing of biomaterials.
Through this technique, we achieve custom patterns, precise control over thickness and texture, and deliver tailored, high-quality results in biomaterial production.
Extrusion, combined with laser and CNC cutting, enables us to achieve large-scale biomaterial manufacturing with precision, uniformity, and efficiency in production.
Our ready-to-order box, containing 22 samples, offers insight into
the variety of technologies, finishes, and material designs of Nuatan®.
By bridging science and design, we create healthier material solutions for value-added products.
We help companies implement healthier plastic alternatives through customizable solutions.
Our materials biodegrade back into the soil, leaving no negative impact and beautifully closing the circle.
We are merging material science, engineering, chemistry, design, and cutting-edge research in material development to push the boundaries of what biomaterials can achieve. Our laboratory is a place where ideas take shape, experts collaborate, and green chemistry is reimagined. As a team, we develop projects of all scales, giving us a comprehensive understanding of our product’s lifecycle. This creative process plays with color possibilities, structural options, material features, shapes, and the sensorial aspects of plant-based blends—all aimed at winning a more beautiful future.
Customizable material research
Material optimization and product prototyping
Design, manufacturing and production
Material expert consultation
