Clinician lead, expert engineered
Clinician lead, expert engineered
We believe in building to think and thinking together.
Which is why we design and develop all our devices in-house with our team in Copenhagen.
Working hands-on and side-by-side with clinicians to turn ideas into impact.
Our team
Our team
Our team
Multidisciplinary experts in medical technology
Multidisciplinary experts in medical technology
Our board
Our board
Our board
Supported by industry leaders
Frequently asked questions
Here are the top we're asked when first presenting our company.
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.
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