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Gait rehabilitation system MorningWalk
leg mobilityknee mobilityankle mobility

Gait rehabilitation system - MorningWalk - Curexo - leg mobility / knee mobility / ankle mobility
Gait rehabilitation system - MorningWalk - Curexo - leg mobility / knee mobility / ankle mobility
Gait rehabilitation system - MorningWalk - Curexo - leg mobility / knee mobility / ankle mobility - image - 2
Gait rehabilitation system - MorningWalk - Curexo - leg mobility / knee mobility / ankle mobility - image - 3
Gait rehabilitation system - MorningWalk - Curexo - leg mobility / knee mobility / ankle mobility - image - 4
Gait rehabilitation system - MorningWalk - Curexo - leg mobility / knee mobility / ankle mobility - image - 5
Gait rehabilitation system - MorningWalk - Curexo - leg mobility / knee mobility / ankle mobility - image - 6
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Characteristics

Therapy type
gait, leg mobility, knee mobility, ankle mobility
Technology
robotic, computer-assisted, virtual
Patient type
pediatric
Options
with interactive workout, with gamification applications, with virtual reality system

Description

Overview
MorningWalk is an end-effector gait rehabilitation robot with a saddle-type seating body-weight support system that enables rapid patient setup and targeted foot movement training. The system integrates VR rehabilitation software, bio-signal monitoring and real-time feedback to deliver individualized therapy protocols and objective session data.

Patient benefits
  • Accelerated gait recovery through intensive, robot-guided training.
  • Minimal setup time and simplified patient preparation.
  • Saddle-type seating offers secure and comfortable body-weight support during sessions.
  • Divided foot-plates enable independent left/right gait patterns for progressive, task-specific training.
  • Interactive VR scenarios increase motivation and adherence to therapy.


Medical personnel benefits
  • Quantifiable treatment and outcome data to support monitoring and reporting.
  • Flexible protocol design with configurable cadence, step length and step angle.
  • Support for multiple gait tasks including level walking and stair training.
  • Intuitive user interface reduces setup complexity and allows clinicians to focus on patient care.
  • Appropriate for a wide patient range, from pediatric to adult populations.


Additional information
  • Saddle-type seating support allows training to start in approximately 5 minutes.
  • End-effector architecture concentrates on foot kinematics for realistic gait patterns.
  • Divided foot-plate design supports asymmetric and staged gait programs.
  • Integrated VR software provides interactive rehabilitation scenarios and engagement metrics.
  • Bio-signal monitoring and real-time feedback enable therapy personalization and progression control.


Technical specifications
  • Product type: End-effector gait rehabilitation robot system.
  • Body-weight support: Saddle-type seating system.
  • Setup time: Approximately 5 minutes (saddle-type support).
  • Foot plates: Divided, independently configurable.
  • Software: VR rehabilitation suite.
  • Monitoring: Bio-signal monitoring and real-time feedback.
  • Protocol settings: Free gait pattern design (cadence, step length, step angle).
  • Supported motions: Level walking and stairs.
  • Patient range: From children to adults.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.