oricor®
The magic at the heart of our devices
oricor is our IP-protected metamaterial powering the next generation of trauma care devices.
oricor is our IP-protected metamaterial powering the next generation of trauma care devices.
oricor is our IP-protected metamaterial powering the next generation of trauma care devices.
Precision engineered healing
The exo360® rf adapts in real time to changes in swelling, keeping bones aligned and reducing surgical risk.
Built with oricor®, it offers off-the-shelf sizing, rapid application and gives clinicians visibility and control.
exo360 is taking the art out of casting with “click-on, click-off” exoskeletons for injured people powered by metamaterial technology.
Provides optimal pressure
For consistent support, even when compressed
Dynamically adapts to swelling
To maintain bone alignment
Supports natural healing
To reduce the risk of complications
Our products
Our products
Our products
built with oricor®
exo360•rf
exo360•rf
exo360•rf
FAQ
Can the exo360® rf replace a traditional cast or brace?
Yes. The exo360® rf sits between casting and surgery, offering cast-like form with high fracture stability.
Is each unit customised for the patient?
No. The exo360® rf is produced in standard sizes (S, M, L, XL) using adaptive materials, allowing immediate, off-the-shelf application without additional tools.
Is 3D printing used in production?
Yes. The exo360® rf is manufactured using industrial-grade Additive Manufacturing and quality-tested for durability and performance.
Why isn’t the exo360® rf printed at the hospital?
Hospital-based printing adds time, complexity, and training requirements. Our focus is fast, reliable application within existing clinical workflows.
Can patients remove the exo360® rf themselves?
No. Removal requires a special key and must be performed by a qualified healthcare professional.
Is the exo360® rf recyclable?
The exo360® rf is made from two recyclable plastics that can be separated and repurposed. We are working towards a fully recyclable solution.
Can the exo360® rf replace a traditional cast or brace?
Yes. The exo360® rf sits between casting and surgery, offering cast-like form with high fracture stability.
Is each unit customised for the patient?
No. The exo360® rf is produced in standard sizes (S, M, L, XL) using adaptive materials, allowing immediate, off-the-shelf application without additional tools.
Is 3D printing used in production?
Yes. The exo360® rf is manufactured using industrial-grade Additive Manufacturing and quality-tested for durability and performance.
Why isn’t the exo360® rf printed at the hospital?
Hospital-based printing adds time, complexity, and training requirements. Our focus is fast, reliable application within existing clinical workflows.
Can patients remove the exo360® rf themselves?
No. Removal requires a special key and must be performed by a qualified healthcare professional.
Is the exo360® rf recyclable?
The exo360® rf is made from two recyclable plastics that can be separated and repurposed. We are working towards a fully recyclable solution.
Can the exo360® rf replace a traditional cast or brace?
Yes. The exo360® rf sits between casting and surgery, offering cast-like form with high fracture stability.
Is each unit customised for the patient?
No. The exo360® rf is produced in standard sizes (S, M, L, XL) using adaptive materials, allowing immediate, off-the-shelf application without additional tools.
Is 3D printing used in production?
Yes. The exo360® rf is manufactured using industrial-grade Additive Manufacturing and quality-tested for durability and performance.
Why isn’t the exo360® rf printed at the hospital?
Hospital-based printing adds time, complexity, and training requirements. Our focus is fast, reliable application within existing clinical workflows.
Can patients remove the exo360® rf themselves?
No. Removal requires a special key and must be performed by a qualified healthcare professional.
Is the exo360® rf recyclable?
The exo360® rf is made from two recyclable plastics that can be separated and repurposed. We are working towards a fully recyclable solution.