Dual-axis rotational system
Computer-controlled chair movement supports vertical and horizontal rotation with digital control over angle, speed, acceleration, and direction.
Platform
The VertiMotion SRM-IV Platform combines controlled physical positioning, workstation-guided workflows, nystagmus observation, and safety systems for structured dizziness care delivery.
Control layer
Angle, speed, acceleration, direction
Clinical observation
Video goggles, nystagmus curves, chair position
Workflow layer
BPPV, testing, habituation, follow-up
Governance layer
Screening, operator training, clinician oversight
Definition
VertiMotion is positioned as clinical infrastructure: a computer-controlled vestibular diagnosis support, repositioning, testing, and habituation platform that helps clinics standardize execution under clinical oversight.
Computer-controlled chair movement supports vertical and horizontal rotation with digital control over angle, speed, acceleration, and direction.
Operator interface for protocol selection, chair position display, movement control, monitoring outputs, and workflow documentation.
Real-time nystagmus video and dynamic curves support clinical observation during diagnostic support and repositioning workflows.
Safety straps, safety bar, emergency stop, and UPS support are part of the operating environment.
System components
The system is designed around repeatable physical execution and clearer monitoring during vestibular workflows.
Component 01
Computer-controlled chair movement supports vertical and horizontal rotation with digital control over angle, speed, acceleration, and direction.
Component 02
Operator interface for protocol selection, chair position display, movement control, monitoring outputs, and workflow documentation.
Component 03
Real-time nystagmus video and dynamic curves support clinical observation during diagnostic support and repositioning workflows.
Component 04
Safety straps, safety bar, emergency stop, and UPS support are part of the operating environment.
Monitoring
The workstation consolidates visual observation and system state so the operator can follow the selected workflow with greater structure.
Output
Real-time nystagmus video
Output
Dynamic response curves
Output
Canal orientation display
Output
Chair position display
Output
Protocol selection and stage tracking
Output
Patient response and visit notes
Workflow coverage
The clinical value is in consistent execution, observation support, and pathway discipline rather than automation of clinical judgment.
Structured positioning workflows help clinicians assess canal involvement while monitoring video, curves, and chair position.
Protocol-driven execution supports repeatable canalith repositioning maneuvers with controlled physical positioning.
Testing workflows support clinical observation, symptom correlation, and structured vestibular pathway documentation.
Selected habituation programs can be delivered through controlled motion exposure under appropriate clinical oversight.
Angle
Speed
Direction
Nystagmus monitor
Canal orientation
Protocol stack
Technical specs
Final site planning should be reviewed against the clinic room, power environment, operator pathway, and local requirements.
| Control | Computer-controlled digital angle, speed, acceleration, and direction control |
|---|---|
| Axes | Dual-axis rotational system with vertical and horizontal rotation |
| Rated load | ~135 kg |
| Power | AC 220V / 50Hz |
| Power rating | 1600 VA |
| Footprint | ~6 m² |
| Recommended room | ≥18 m² |
| Practical operating area | ~10 m² |
| Monitoring outputs | Real-time nystagmus video, dynamic curves, canal orientation, chair position display |
| Safety features | Safety straps, safety bar, emergency stop, UPS support |
| Operator requirements | Trained operator under clinic-defined clinical oversight |
Next step
Discuss clinical pathway, room requirements, operator model, and whether a pilot or partnership structure is appropriate.