Ossur Paradigm Knee Brace
The Ossur Paradigm Knee Brace features a carbon fiber frame with a flexible subshell assembly designed to provide firm control while accommodating natural leg contours. Engineered with an open window design and a contoured medial thigh shell, it maximizes wearing comfort and patient compliance.
Equipped with hard-anodized polycentric hinges and an adjustable tibial strap, this brace captures the tibia securely while ensuring exceptional structural durability for low to medium-contact activities.
Key Features
| Brand | Ossur |
| Product Type | Knee Brace |
| Model | Paradigm |
| Frame Material | Carbon Fiber Triax |
| Hinge Type | Hard-Anodized Polycentric Hinges |
| Activity Level | Low to Medium Contact / Impact |
| Frame Design | Open Window Frame |
| Strap System | Adjustable Tibial Strap |
Highlights
- Carbon fiber Triax® shells with flexible subshell allow for anatomical differences while providing firm control.
- Hard-anodized, polycentric hinges.
- Adjustable Tibial Strap captures the tibia and allows adjustments in hinge depth for a customized fit.
- Full ROM kit is available, enabling post-surgical use.
- Large, 'open window' frame design for comfort and compliance.
Materials & care
Constructed with durable carbon fiber Triax shells and hard-anodized metal hinges. Wipe surfaces clean with a damp cloth and mild soap; allow to air dry completely away from direct heat.
Compatibility
Compatible with a full ROM (Range of Motion) kit for post-surgical rehabilitation setups.
Frequently asked questions
What activity level is the Ossur Paradigm Knee Brace recommended for?
It is recommended for low to medium contact and impact levels.
What material is the frame constructed from?
The frame is constructed from carbon fiber Triax shells with a flexible subshell assembly.
Can this brace be used for post-surgical recovery?
Yes, a full ROM (range of motion) kit is available to enable post-surgical use.
How does the adjustable tibial strap work?
The adjustable tibial strap captures the tibia and allows precise hinge depth adjustments for an anatomically tailored fit.