MEDICAL DEVICES

BIOMETRICS LTD, UK

E-LINK REHABILITATION SYSTEM:

Fully computerized Exercise & Evaluation modular system for Orthopaedic & Neurological applications

Electronic devices include the Upper Limb Exerciser, Dynamometer, Pinchmeter, Goniometers, Myo-EX (surface EMG sensor), AngleX (exercise with gravity) and ForcePlates

Software includes documentation, progress reporting and physical impairment calculations for the upper and lower extremities

NEUROSTAR GMBH

  • Deep Brain stimulation (DBS) system for deep brain surgeries

BKIN TECHNOLOGIES LTD, CANADA

KINARM Labs are versatile research facilities to study sensory, motor and cognitive function.

KINARM Exoskeleton Labs™  monitor and/or manipulate the upper limb at the elbow and shoulder joints in the horizontal plane.  Available for use with one or two limbs, and powered by Dexterit-E™, our unique and flexible operating system for controlling the robots, the lab provides a broad range of hand and joint-based kinesiological information.

 

KINARM End-Point Labs™ provide a simpler, cost effective, graspable robot that can create highly complex mechanical environments. Also run with Dexterit-E™, the lab is modular and enables the user to build their lab over time: from a single, stand-alone robot to a full lab with two robots, integrated virtual reality, gaze tracking and adjustable height stand.

 

KINARM Standard Tests™ is a battery of standardized sensory, motor and cognitive tasks that provide automated quantitative and objective measures of brain function compared to a large database of healthy controls.  The Tests may be run on either Lab platforms.

 

 

OPTICAL IMAGING LTD, ISRAEL

  • Retinal Function Imager (RFI) is a unique non-invasive, ophthalmic functional imaging system which can  map the retina to the resolution of single red blood cell moving through capillaries. RFI  is a novel diagnostic equipment that provides early diagnostics capabilities and new insights  into ophthalmic diseases enabling targeted treatment, clinical follow up and enhanced drug development.                                                                                                                                                                Functional studies which can be done with RFI includes : Blood Flow Velocity Maps, Capillary Perfusion Maps, Multi-spectral Imaging for Qualitative retinal oximetry, Choroidal visualization (without dye injection), Metabolic Function Imaging, Photic Stimulation (retinal challenge), etc.

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