What is the Exo360 Project?
The Exo360 project is all about elevating care for injured people by redefining orthopaedic care with innovative solutions. It focuses on streamlining patient care to ease the burden on overwhelmed emergency rooms, allowing surgical resources to zero in on essential procedures. This isn’t just about fixing bones—it’s about improving the entire healing journey for patients. By setting a new benchmark in orthopaedic care through cutting-edge engineering, Exo360 aims to transform how recovery happens, making it more effective and patient-friendly.
Main Benefits of the Exo360® Wrist
The Exo360® Wrist offers a range of benefits that make it stand out in the world of orthopaedic devices. Here’s a quick rundown:
- Falls somewhere between traditional casting and surgery, offering very high fracture stability.
- Not individually customised but produced in standard sizes (S, M, L, XL) thanks to adaptive materials.
- Ready to use straight off the shelf—no extra tools or customisation needed.
- Manufactured using industrial-grade 3D printing (Additive Manufacturing) to ensure top quality and durability.
- Designed to be easy to apply, streamlining workflow for medical staff without compromising patient care.
- Off-the-shelf availability eliminates delays caused by custom applications.
Harnessing Adaptive Materials
One of the coolest things about Exo360 is how it harnesses adaptive materials. These meta-materials are engineered to conform to any patient’s limb while controlling pressure throughout the healing process. This means the device isn’t just a rigid shell—it adapts, providing the right support exactly where it’s needed. This innovation helps hold the limb in the correct position, making recovery more effective and comfortable. It’s a smart blend of science and engineering that really changes the game.
Innovative Immobilisation System
The immobilisation system at the heart of the Exo360® Wrist is truly innovative. It’s designed to hold the limb perfectly in place, which is crucial for effective healing. Unlike traditional casts or braces, this system offers a high level of stability while being lightweight and easy to handle. The goal? To make recovery smoother and faster, with less hassle for both patients and healthcare providers. It’s about making immobilisation smarter, not just tougher.
Why 3D Printing Matters
3D printing, or Additive Manufacturing, plays a big role in producing the Exo360® Wrist. Using industrial-grade printers ensures each unit meets strict quality standards, with durability and performance tested rigorously. While personal 3D printers might be able to print parts, the precision and reliability required for medical devices demand professional manufacturing. Plus, printing at hospitals isn’t practical right now—there’s the time factor, potential errors, and the need for extensive training. So, for now, the focus remains on delivering ready-to-use devices that support clinical workflows without adding complexity.
Project Impact and Sustainable Development Goals (SDGs)
- SDG 3: Good Health and Well-being – improving patient care and recovery outcomes.
- SDG 9: Industry, Innovation, and Infrastructure – leveraging advanced manufacturing technologies.
- SDG 12: Responsible Consumption and Production – producing standard-size devices to reduce waste.
- SDG 17: Partnerships for the Goals – collaborating with manufacturing partners and healthcare providers.
Meet the Team Behind Exo360
The team driving Exo360 is a diverse group with rich global and professional backgrounds. Each member brings a unique perspective that fuels collaboration and innovation. Together, they’re dedicated to creating devices that profoundly improve experiences for both doctors and patients. Their shared mission is to grow a business with a conscience—proving that success can come with a soul, and that what’s good for the bottom line can also be good for people.
