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The world’s first SLS 3D printed custom unloader knee brace

The World’s Lightest Bespoke Knee Brace
Cutting-Edge Patented Hinge System
The World’s First 3D printed Knee Brace
Evoke™ Features Built Around Human Factors and Ergonomics
Evoke is designed and engineered around each leg and patient’s needs, with the goal to maximize comfort and increase mobility. Combining high performance aircraft-grade Polyamide 2200 material with software aided design, an ultra low-profile frame design, a hinge that tracks the natural motion of the knee, and the lightest engineered rigid knee brace in the world, the Evoke is unlike any other knee brace.
Evoke™ Features Built Around Human Factors and Ergonomics Evoke is designed and engineered around each leg and patient’s needs, with the goal to maximize comfort and increase mobility. Combining high performance aircraft-grade Polyamide 2200 material with software aided design, an ultra low-profile frame design, a hinge that tracks the natural motion of the knee, and the lightest engineered rigid knee brace in the world, the Evoke is unlike any other knee brace.
  • Lightest OA knee brace in the world - 8oz
  • Integrated stiffness bars for optimized and precisely located rigidity
  • Removable, washeable, and breathable comfort liners
  • Adjustable Gaiter Straps with silicone-print
  • Patented Asymotion Hinge System
  • Optional Anterior Strap for greater stability
  • 4 or 5mm
    hyper low-profile frame
  1. Lightest OA knee brace in the world - 8oz
  2. Integrated stiffness bars for optimized and precisely located rigidity
  3. Removable, washeable, and breathable comfort liners
  4. Adjustable Gaiter Straps with silicone-print
  5. Patented Asymotion Hinge System
  6. Optional Anterior Strap for greater stability
  7. 4 or 5mm hyper low-profile frame
ASYMOTION™ Patented Asymotion Hinge System 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 knee joint motion prevents migration of the brace and ensures unparalleled comfort.

Light as feather Lightest OA Knee Brace in the world Evoke is optimally designed to be streamline, yet effective, all while using materials that are ultra light. This allows the Evoke to be 50% lighter than any other OA knee brace on the market.

Rigidity Integrated stiffness bars for optimized and precisely located rigidity Using reinforcement stiffness bars, Evoke’s optimized design allows for rigidity where it’s necessary in order to add extra control and correction to the leg, only where it’s needed.

Low-Profile Hyper Low-Profile Frame 4mm or 5mm thickness Evoke’s ultra low-profile frame design allows for users to wear their pants, or dresses, and/or sports uniforms while over their brace. Bilateral bracing can also be worn comfortably and without interference.
Scan-to-Fit Process Digitally modelized for a perfect fit on any leg shape and for greater control
The Evoke knee brace is digitally modelized and personalized for each leg shape using OssKin’s proprietary software. This allows for an ultra-precise fit to any morphology and total surface contact for extra comfort and control. Once modelized to an individual leg, the brace parts are 3D printed in state-of the art machines used in the aerospace and medical industry.
Scan-to-Fit Process Digitally modelized for a perfect fit on any leg shape and for greater control The Evoke knee brace is digitally modelized and personalized for each leg shape using OssKin’s proprietary software. This allows for an ultra-precise fit to any morphology and total surface contact for extra comfort and control. Once modelized to an individual leg, the brace parts are 3D printed in state-of the art machines used in the aerospace and medical industry.
OssKin’s revolutionary scan-to-print solution
1 Appointment with local clinician Contact and setup an appointment with a licensed healthcare professional.
2 Patient Assessment & Scanning Provide doctors prescription to your healthcare professional, who will then assess your condition and 3D scan your leg.
3 Digital Modelization Based on healthcare professionals measurements and scan, OssKin precisely 3D digitally modelizes a knee brace.
4 Additive manufacturing 3D digital modelized parts are SLS 3D-printed in industrial aerospace-grade equipment.
5 Assembly & Drop Shipped to clinic OssKin assembles the knee brace using the 3D-printed parts, then drop ships the brace to your healthcare professional.
6 Patient delivery & fitting with clinician Patient returns to see their healthcare professional for delivery and fitting of their knee brace.
Evoke™ Specs Evoke™, a SLS 3D-printed knee brace for unloading
Evoke is truly custom and digitally designed and 3D-printed for each individual patient’s leg that seeks to relieve osteoarthritis knee pain and regain full range of motion. It features OssKin’s patented Asymotion hinge system, that tracks the natural tridimensional motion of the knee thus not hindering the leg’s mobility.
Evoke™ Specs Evoke™, a SLS 3D-printed knee brace for unloading Evoke is truly custom and digitally designed and 3D-printed for each individual patient’s leg that seeks to relieve osteoarthritis knee pain and regain full range of motion. It features OssKin’s patented Asymotion hinge system, that tracks the natural tridimensional motion of the knee thus not hindering the leg’s mobility. Documents
Femoral Part
Tibial Part
Brace Image
Clinically Proven Evoke delivered unparallel scientific results for ultimate patient outcome
The Evoke has been scientifically tested in numerous studies in collaboration with world-class Orthopedic Research Centers and University Engineering Research teams. Using state-of the art testing technology, such as Vicon motion sensors and 3D-planar X-ray technology, combined with robust and unbiased scientific protocols, the Evoke has achieved positive results in providing the patient with greater mobility, needed unloading, and increase in activity levels.
Clinically Proven Evoke delivered unparallel scientific results for ultimate patient outcome The Evoke has been scientifically tested in numerous studies in collaboration with world-class Orthopedic Research Centers and University Engineering Research teams. Using state-of the art testing technology, such as Vicon motion sensors and 3D-planar X-ray technology, combined with robust and unbiased scientific protocols, the Evoke has achieved positive results in providing the patient with greater mobility, needed unloading, and increase in activity levels.
SLS 3d-Printed Evokeᵀᴹ parts are SLS 3D-printed using state of the art equipment used by the aerospace industry
The Evoke knee brace is digitally modelized and personalized for each leg shape using OssKin’s proprietary software. This allows for an ultra-precise fit to any morphology and total surface contact for extra comfort and control. Once modelized to an individual leg, the brace parts are 3D printed in state-of the art machines used in the aerospace and medical industry.
SLS 3d-Printed Evokeᵀᴹ parts are SLS 3D-printed using state of the art equipment used by the aerospace industry The Evoke knee brace is digitally modelized and personalized for each leg shape using OssKin’s proprietary software. This allows for an ultra-precise fit to any morphology and total surface contact for extra comfort and control. Once modelized to an individual leg, the brace parts are 3D printed in state-of the art machines used in the aerospace and medical industry.
SLS 3d-Printed State of the art equipment used by the aerospace industry
SLS printing is an industrial-grade additive manufacturing process used in the medical and aerospace industries. SLS prints have virtually isotropic mechanical properties, which means that the tensile strength, hardness, and elongation of an object printed using SLS are almost equal in all directions. This allows the Evoke to withstand forces from all directions due to its optimal and precise mechanical properties throughout the entire brace.
SLS 3d-Printed State of the art equipment used by the aerospace industry SLS printing is an industrial-grade additive manufacturing process used in the medical and aerospace industries. SLS prints have virtually isotropic mechanical properties, which means that the tensile strength, hardness, and elongation of an object printed using SLS are almost equal in all directions. This allows the Evoke to withstand forces from all directions due to its optimal and precise mechanical properties throughout the entire brace.