EquiCOG-Device-Taevas

EquiCOG

Redefining Ocular Motor and
Vestibular Evaluation

EquiCOG redefines ocular motor and vestibular evaluation by
adding crucial features missing in conventional systems, such as
head position and movement recording, torsional nystagmus
plotting, and pupillometry. This groundbreaking device enables
real-time head and eye tracking, including torsional, horizontal,
and vertical eye tracing.

EquiCOG redefines ocular motor and vestibular evaluation by adding crucial features missing in conventional systems, such as head position and movement recording, torsional nystagmus plotting, and pupillometry. This groundbreaking device enables real-time head and eye tracking, including torsional, horizontal, and vertical eye tracing.

Explore Our Medical Masterpiece for Treating Balance Disorders

Advanced Technology

01

  • Enhanced videonystagmography with simultaneous head orientation and movement tracing.
  • Each eye recorded at 120 fps with
    slow-motion playback.
  • Torsional eye movement with traditional
    horizontal and vertical nystagmus traces.
  • Sleek, non-intrusive design for unobtrusive positional tests.

Protocols

02

Ocular Motor Protocols:
• Saccades
• Pursuit
• Gaze
• Optokinetic

Vestibular Protocols:
• Nystagmus
• Positional Tests
• Caloric Test
• Clinical Chair Rotation

Advanced Protocols:
  • Video Frenzel
  • Advanced Pursuit
  • Pupillometry
  • Advanced Saccades

Results

03

  • Presenting for the first time in Videonystagmography: rectangular grid position traces and velocity traces.
  • Horizontal, vertical and torsional traces.
  • Horizontal slow phase velocity, vertical slow phase velocity, torsional slow phase velocity, cumulative slow phase velocity.
  • Nystagmus direction in angles.
  • Nystagmus amplitude.

EquiCOG
Advantages

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EquiCOG-Advantages

Configurable positional protocols

Video slow motion playback with traces

Velocity plots

Head velocity tracing

Eye video with simultaneous head orientation view

Upcoming step prompts during positional tests with real-time feedback of head angle.