Robotic Maneuver Chair - RMS

All-in-one motorized rehabilitation chair combining BPPV repositioning maneuvers and rotary chair testing for standardized assessment and therapy of positional vertigo and vestibular function evaluation.

An all-in-one motorized chair that combines BPPV repositioning maneuvers and rotary chair testing. It delivers standardized assessment and therapy for positional vertigo and comprehensive vestibular function evaluation.

Robotic navigation system for precise positioning during transcranial procedures and therapies. Provides real-time spatial tracking and positioning guidance for accurate therapeutic delivery.

Motorized positioning system for medical examination chairs. Provides automated height and angle adjustment for operator convenience and patient positioning.

A robotic system that automatically repositions patients at programmed intervals or in response to detected position changes. Supports clinical care for immobilized patients and reduces manual repositioning requirements for healthcare providers.

Integrated posturography platform providing accurate balance assessment and effective visual biofeedback-based rehabilitation for vestibular and postural disorders in clinical environments.

Surgical robotic system designed for spinal and neurological procedures combining precision navigation with robotic-assisted intervention capabilities.

Robotic surgical system for orthopedic procedures featuring a 7-degree-of-freedom arm, interchangeable surgical tools, and 335Hz dual-camera infrared navigation. Enables precise surgical maneuvers with zero-gravity compensation and adaptive balance suspension for enhanced stability during joint and bone surgeries.

High-precision patient positioning system with extensive range of motion, integrating robotic technology for accurate three-dimensional and rotational alignment during proton therapy treatment.

Precision robotic assistance system for minimally invasive surgical procedures that provides vibration-free, stable camera positioning. The technology supports surgeons in performing procedures with enhanced precision while reducing physical strain and improving surgical outcomes.

Precision rotary positioning systems for medical imaging equipment, surgical robotics, and diagnostic device automation requiring accurate angular control.

Collaborative robot-assisted add-on for visor2 enabling ultra-precise and reproducible TMS coil positioning with automatic tracking of head movement and compensation for patient motion during therapy.