What is NOBRAK?
Welcome to NOBRAK! At its core, NOBRAK is all about technical textiles designed specifically for composite production. This innovative project focuses on creating technical preforms primarily for composite applications, but it doesn’t stop there — it also produces composite parts and structures. The technology behind NOBRAK is a game changer, enabling manufacturers to cut down on production scraps, slash costs, and boost consistency and reproducibility. Plus, it opens the door to multi-functional preforms, which means lighter, smarter designs compared to the usual “state of the art” methods.
Main Benefits of NOBRAK
So, what makes NOBRAK stand out? Here’s a quick rundown of the key figures and facts that highlight its competitive edge:
- Zero waste production — compared to the typical 30 to 60% waste in traditional processes
- Minimal power consumption, making it environmentally friendly
- Highly versatile — suitable for industries ranging from space and aeronautics to automotive, sports, leisure, and even medical sectors
- Capable of producing parts from just a few centimeters to several meters in size
- Function integration — think new functions embedded directly into structures, including sensors, wiring, IoT capabilities, and metal inserts
- Mass optimization — placing the right fiber exactly where it’s needed, nothing more, nothing less
- A cost-effective additive process that’s ready for production at all scales, from prototypes to hundreds of thousands of units per year
Technology Behind NOBRAK
NOBRAK’s technology isn’t just about making things cheaper or faster — it’s about rethinking how composite materials are made. By drastically reducing scraps and improving reproducibility, it ensures that every piece produced meets high standards without wasting resources. The multi-functional preforms it creates allow designers to integrate new features directly into the material, which is a huge step forward compared to traditional composite manufacturing. This means lighter, smarter, and more efficient parts that can be tailored for a wide range of applications.
Applications Across Industries
One of the coolest things about NOBRAK is its versatility. Whether it’s aerospace, automotive, sports equipment, leisure products, or even medical devices, this technology adapts to fit the needs of each sector. It can handle parts that are tiny or massive, making it a flexible solution for all kinds of projects. This broad applicability means that NOBRAK isn’t just a niche innovation — it’s a new standard that can transform multiple markets.
Environmental and Economic Impact
NOBRAK isn’t just about technical excellence; it’s also about being environmentally responsible and cost-efficient. With zero waste production and minimal power consumption, it’s a greener alternative to traditional composite manufacturing. Plus, by optimizing material use and integrating functions directly into the preforms, it reduces the need for additional components and assembly steps, which cuts costs and speeds up production. This combination of eco-friendliness and economic sense makes NOBRAK a smart choice for the future.
Contribution to Sustainable Development Goals (SDGs)
- SDG 9: Industry, Innovation, and Infrastructure — promoting sustainable industrialization and fostering innovation
- SDG 12: Responsible Consumption and Production — minimizing waste and encouraging efficient use of resources
- SDG 13: Climate Action — reducing energy consumption and environmental impact
- SDG 7: Affordable and Clean Energy — supporting low power consumption technologies
- SDG 11: Sustainable Cities and Communities — enabling lightweight, efficient materials for infrastructure and transport
Looking Ahead with NOBRAK
NOBRAK represents a new paradigm in composite material production — one that’s highly technical, cost-efficient, and environmentally friendly. Its mission is clear: to offer a range of technologies that serve all composite material markets with unmatched advantages. From cutting waste to integrating smart functions, NOBRAK is setting the stage for the next generation of composite manufacturing. Whether it’s for space exploration or everyday automotive parts, this technology is ready to make a big impact — and it’s just getting started.
