Curious about the robots deployed?
Features
Seated weight support
Reduced preparation time with a simple boarding method
Provides boarding/disembarking mode for severe patients
Can accommodate users with a height of 90–200cm and a maximum weight of 200kg
Footrest-based walking exercise unit
Implementation of flat ground, stairs (3 levels), and ramps (4 levels) motion
Provides active walking modes (variable speed mode, variable trajectory mode, segment repetition training mode, partial trajectory training mode)
Provides left and right footrest separation and interpolation functions
VR Software
Inducing therapeutic interest through VR forest paths and scenery, and baseball batting game effects
Providing a patient-customized interface
Real-time monitoring and biofeedback
Real-time angle check of Hip, Knee, and Ankle
Monitoring of Ground Reaction Force (GRF), Weight Support (BWS), and Plantar Pressure Distribution
Balance monitoring (Butterfly Diagram) possible
Results
| Key Benefits | Improving the hospital image
- Introduction of state-of-the-art medical devices
- Enhancing the differentiated perception of a high-end rehabilitation hospital
- Role as a hub Hospital for rehabilitation robot training in the surrounding area
- Increase in revenue due to increased patients
Increased patient satisfaction
- Easy boarding method enables highly focused training
- Saddle-type system eliminates the discomfort of chafing
- Rehabilitation training available using the optimal method for individual symptoms
- Increased interest in treatment through the use of VR content
Therapist convenience is critical
- Relieves physical burden on therapists through simplified boarding methods and equipment wearing |
|---|---|
| Client Feedback | In rehabilitation therapy, active patient participation and continuous treatment are crucial. The Morning Walk S200 allows for convenient rehabilitation and features many elements that stimulate patient interest, thereby encouraging active participation in training. |
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.
Recommended Use Cases
CUREXO Artificial Joint Surgery Robot "CUVIS-Joint"
The CUVIS-Joint surgical robot is a medical solution specialized for active artificial joint surgery, featuring navigation-based automated cutting. It enhances the quality of artificial joint surgery through precise bone cutting and enables patient-customized surgery by offering a variety of implant options. Optimal surgical planning allows for predictable outcomes, while a flexible workflow can shorten surgical time.
Comprehensive Guide to Service Robots Introduced at Hallym University Sacred Heart Hospital
This is an example of guide, delivery, multidisciplinary, home care, and disinfection robots installed at Hallym University Sacred Heart Hospital by Big Wave Robotics (Marosol).
Marosol: Comprehensive Robot Integration at Pyeongchon Hallym University Sacred Heart Hospital (Guide / Delivery / Disinfection / Multidisciplinary / Home Care Robots)
This project, conducted by Bigwave Robotics (Marosol) in collaboration with Pyeongchon Hallym University Sacred Heart Hospital, serves as a large-scale demonstration of a robot convergence model featuring various service robots. By integrating Delivery Robots for medications and specimens, Consultation Robots for multidisciplinary treatment, Disinfection Robots for hospital hygiene, and Home Care Robots for remote patient support, the hospital is transforming into a smart medical facility providing next-generation services.
Features
Seated weight support
Reduced preparation time with a simple boarding method
Provides boarding/disembarking mode for severe patients
Can accommodate users with a height of 90–200cm and a maximum weight of 200kg
Footrest-based walking exercise unit
Implementation of flat ground, stairs (3 levels), and ramps (4 levels) motion
Provides active walking modes (variable speed mode, variable trajectory mode, segment repetition training mode, partial trajectory training mode)
Provides left and right footrest separation and interpolation functions
VR Software
Inducing therapeutic interest through VR forest paths and scenery, and baseball batting game effects
Providing a patient-customized interface
Real-time monitoring and biofeedback
Real-time angle check of Hip, Knee, and Ankle
Monitoring of Ground Reaction Force (GRF), Weight Support (BWS), and Plantar Pressure Distribution
Balance monitoring (Butterfly Diagram) possible
Results
| ROI Period | - |
|---|---|
| Key Benefits | Improving the hospital image
- Introduction of state-of-the-art medical devices
- Enhancing the differentiated perception of a high-end rehabilitation hospital
- Role as a hub Hospital for rehabilitation robot training in the surrounding area
- Increase in revenue due to increased patients
Increased patient satisfaction
- Easy boarding method enables highly focused training
- Saddle-type system eliminates the discomfort of chafing
- Rehabilitation training available using the optimal method for individual symptoms
- Increased interest in treatment through the use of VR content
Therapist convenience is critical
- Relieves physical burden on therapists through simplified boarding methods and equipment wearing |
| Client Feedback | In rehabilitation therapy, active patient participation and continuous treatment are crucial. The Morning Walk S200 allows for convenient rehabilitation and features many elements that stimulate patient interest, thereby encouraging active participation in training. |
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.
Curious about the robots deployed?
Related Use Cases
CUREXO Artificial Joint Surgery Robot "CUVIS-Joint"
Comprehensive Guide to Service Robots Introduced at Hallym University Sacred Heart Hospital