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NESS Neuro-Stimulation
NESS Neuro-Stimulation
Year
Year
2007
2007
Role
Role
Industrial Design Ergonomics & Usability Design Engineering
Industrial Design Ergonomics & Usability Design Engineering
Bioness L300 – Supporting Natural Movement in Gait Rehabilitation
The Bioness L300 Foot Drop System is a wearable medical device designed to help people regain a more natural walking pattern following neurological injuries such as stroke or brain trauma. Using targeted functional electrical stimulation, the system activates specific muscles and nerves in the leg, assisting foot lift during walking and reducing compensatory, unnatural gait patterns.
The device was designed to allow users with partial motor function to put it on independently and easily, using one hand. Careful selection of plastic, elastomeric, and textile medical-grade materials created a balance of structure, elasticity, flexibility, and soft touch—aimed at providing comfort, confidence, and adaptability across a wide range of body types and clothing styles. Functional prototypes were developed and evaluated in collaboration with clinicians from Bioness’s development team. The device received FDA clearance.
Project comissioned to Jonathan Bar Or Indusrial Design. Jonathan, mentor and friend, for more information please visit https://www.jbdesign.co.il/portfolio/l300/
Bioness L300 – Supporting Natural Movement in Gait Rehabilitation
The Bioness L300 Foot Drop System is a wearable medical device designed to help people regain a more natural walking pattern following neurological injuries such as stroke or brain trauma. Using targeted functional electrical stimulation, the system activates specific muscles and nerves in the leg, assisting foot lift during walking and reducing compensatory, unnatural gait patterns.
The device was designed to allow users with partial motor function to put it on independently and easily, using one hand. Careful selection of plastic, elastomeric, and textile medical-grade materials created a balance of structure, elasticity, flexibility, and soft touch—aimed at providing comfort, confidence, and adaptability across a wide range of body types and clothing styles. Functional prototypes were developed and evaluated in collaboration with clinicians from Bioness’s development team. The device received FDA clearance.
Project comissioned to Jonathan Bar Or Indusrial Design. Jonathan, mentor and friend, for more information please visit https://www.jbdesign.co.il/portfolio/l300/
ID
ID
One-Hand Strapping Technique: Push and Pull forces counteracting one against the other
Following brain or muscle injury, some patients retain function on only one side of their body. Our one-hand strapping technique uses the Electric Unit as a fixed anchor point, enabling users to independently attach the device to the same precise location each time—with just one hand.
One-Hand Strapping Technique: Push and Pull forces counteracting one against the other
Following brain or muscle injury, some patients retain function on only one side of their body. Our one-hand strapping technique uses the Electric Unit as a fixed anchor point, enabling users to independently attach the device to the same precise location each time—with just one hand.
Elan@tenastudio.com +972546672551
Kathie@tenastudio.com +972549101991
Elan@tenastudio.com +972546672551
Kathie@tenastudio.com +972549101991