OssKin’s Evoke™ is the lightest knee brace on the market, at 9 oz, that provides unloading and pain relief for patients who have mild to severe unicompartment OA. Combining high performance aircraft-grade Polyamide 2200 material with software aided design, the ultra low-profile frame design fits under clothing and sports uniforms.
Knee conditions requiring load reduction and redistribution
ACL and PCL reconstructions
Tibia Plateau Fracture
For daily living and demanding sports activities
Ultra low-profile 0.6mm frame allows for brace to be worn under pants
AsyMotion™ a Helicoidal hinge system that perfectly replicates knee movement
Antomically custom 3D printed frame for all morphologies
Anti-slippage keeps brace in the right place, for full effectiveness and treatment
Thermoforable material for easy re-adjustments
Reduced use of pain medications
Increased daily activity
Increase patient compliance
Decreased mechanical overload
Fluid motion at the knee reduces ache on other joints
Fits perfectly on any body type
Improves quality of life
AsyMotion is a patented hinge technology that reproduces all the natural movements of the knee. Its asymmetric configuration, allows to follow the screw-home mechanism of the knee. Respecting the exact motion of your articulation prevents migration of the brace and ensures unparalleled comfort through the entire motion of your life.
Our unique Bespök™ Modeling technology is the world’s first completely digital knee brace design process. Every Evoke™ knee brace is uniquely designed from your specifications to treat your unique condition. We can change the thickness of certain area, modify the layout. This level of customization ensures a perfect fit of the brace while providing the exact support you need.
The only way to achieve the high level of customization of the Evoke brace is by using additive manufacturing technology. This industrial process developed in the aerospace industry fuses layers of polyamide powder with a laser in order to obtain a dense and rigid material. No mold or manual operations are used and it enables a complete freedom on the characteristics of the brace. This allows to modify the thickness, the layout, the position of the components seamlessly.
Additive manufacturing provides the ability to create extremely complex geometries. Therefore, brace designs that were not possible to manufacture before are now achievable. This means you can optimize the geometry of your brace to have only the material where its needed. With the MaxMotion brace you get the most efficient structure to support your knee and still is the lightest brace on the market.