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Introducing

Biomechanics Biomedical Ethics Conference

Our exoskeleton solution for patients suffering from tremors of all kind.

Biomechanics Biomedical Ethics Conference

Tremors are involuntary and repetitive shaking. They can be debilitating and can substantially interfere with patient quality of life.

40 MILLION

People suffer from tremors worldwide

with

9 MILLION

of those being in the USA

For a total addressable market of $2.71B USD by 2037

Presenting a comprehensive solution

  • Data Collection: Tremorbrake collects tremor data in online databases for personalized care.
  • Analysis: With our ParkinSync user portal, clinicians gain a clearer understanding of patient tremors.
  • Prediction: Using an integrated machine learning model, Tremorbrake learns to respond to tremors before they even happen.
  • Response: Through an adaptive exoskeleton, tremors are suppressed by dampening force throughout the arm, preventing accidents.
  • Fully Integrated: From clinicians to patients, Tremorbrake makes tremor suppression easier and more affordable.
Biomechanics Biomedical Ethics Conference

Brought to you by

Our TSE Project Teams

Description:

The Software Team is responsible for the ParkinSync user portal as well signal processing and machine learning for Tremorbrake.

Notable Members:

  • Manual Hanna — Software Lead

Description:

The Mechanical Team designs, builds, and tests the physical prototype of Tremorbrake. This includes the 3D-printed exoskeleton and the MR fluid dampeners

Notable Members:

  • Tamir Kegeles — Mechanical Lead
  • Felix Gamper — Tremor Suppresion Lead

Want to learn more?

Obtain additional resources and more detailed information about the TremorBrake project and the TSE team by emailing us or reaching out to our socials in the bottom right!