Robot-assisted walking therapy - Screening - Benefits of health insurance
Cosmo Robotics is a global company that develops and distributes wearable medical exoskeletons for efficient lower extremity gait rehabilitation, walking assistance devices for gait training in weakened and hemiplegic patients, and industrial wearable suits designed to improve the efficiency of labor-intensive workers across various industries.
EA2 PRO is a second-generation exoskeleton that has acquired KFDA certification, European CE certification and US FDA clearance as a medical device
EA2 PRO features a faster and more convenient way to don and doff the exoskeleton, and a more sophisticated product design.
The wearable rehab exoskeleton, with an ergonomic design and natural walking pattern, is designed to make patients feel less of the weight of the Exoskeleton.EA2 PRO will make a significant impact in the lives of each user.
BAMINI
Bambini Kids is Korea’s first wearable walking-assist robot for children aged 2–7, supporting early rehabilitation by improving gait, muscle activation, and joint mobility. Bambini Teens is a wearable overground gait rehab robot for users 110–160 cm tall, offering active/passive modes and powered ankle control (dorsiflexion/toe clearance) to promote a more natural, effective walking pattern.
Bamini Kids
- Bambini Kids is the first wearable walking aid robot in Korea for children aged 2-7, supporting rehabilitation for children with mobility difficulties.
- The product is worn by users during rehabilitation, supporting muscle regeneration and restoring joint mobility (etc.).
o User height: 75cm – 115cm
o User weight up to: 30kg
o Total of 8 motors. Folding: instep folding, back folding
o 2 Active and Passive modes suitable for both heavy and moderate cases
o Various modes: Standing; Sitting; Walk-in-place; Walking forwards; Back stepping; Side stepping; Squat
o Personalized adaptation: adjustable stride length, height, and speed
- Mechanism:
- User height: 75cm – 115cm
- User weight up to: 30kg
- Total of 8 motors. Folding: instep folding, back folding
- 2 Active and Passive modes suitable for both heavy and moderate cases
- Various modes: Standing; Sitting; Walk-in-place; Walking forwards; Back stepping; Side stepping; Squat
- Personalized adaptation: adjustable stride length, height, and speed
- Operations:
- The main conditions for which this therapy is recommended are:
– CP (Cerebral Palsy): Cerebral palsy
– Stroke: Stroke/Cerebrovascular accident
– SCI (Spinal Cord Injury): Spinal cord injury
– TBI (Traumatic Brain Injury): Traumatic brain injury
– MS (Multiple Sclerosis): Multiple sclerosis
- Support for rehabilitation:
- Supports muscle regeneration.
- Supports joint mobility restoration.
- The support level (1–10) can be increased/decreased to suit the user’s ability in each session.
- Support for rehabilitation:
Bamini Teens
Bambini Teens is a wearable, walking-on rehabilitation robot developed specifically for young children (110cm-160cm tall) with congenital or congenital neurological disorders, helping them learn to walk correctly and effectively. This robot has both active and passive walking functions, suitable for various definitions. It is the first wearable, walking-on rehabilitation robot to use motors in the ankles, allowing for dorsiflexion and toe-feeding.
It performs foot manipulation to create a more natural posture during data processing.
- User height: 110cm – 160cm
- User weight up to: 65kg
- Total of 6 motors: 2 Hip – 2 Knee – 2 Ankle
- 3 Modes: Active – Passive – Assisted, suitable for both moderate and severe cases
- Various modes: Standing; Sitting; Walk-in-place; Walking forwards; Stair climbing practice
- Personalized adaptation: adjustable stride, height, and speed
- The main conditions for which this product is recommended are:
- CP (Cerebral Palsy): Cerebral palsy
- Stroke: Stroke/Cerebrovascular accident
- SCI (Spinal Cord Injury): Spinal cord injury
- TBI (Traumatic Brain Injury): Traumatic brain injury
- MS (Multiple Sclerosis): Multiple sclerosis
- Support for rehabilitation:
- Support for muscle regeneration.
- Support for joint mobility restoration.
EXOATLET
ExoAtlet-II is a battery-powered lower-limb rehabilitation exoskeleton that assists standing, walking, and stair training with a natural gait pattern, offering flexible controls, quick size adjustments, and all-day operation.
ExoAtlet-II
ExoAtlet-II is a battery-powered lower limb rehabilitation robot that assists patients with standing, walking, and climbing/descending stairs, mimicking normal gait.
Certified as a medical device in Korea, Europe, and the United States.
Two control methods: via tablet or crutches/controller.
Cam lever: quickly adjusts thigh length, calf length, and pelvis width.
High-capacity battery: allows for “all-day” robot gait training without recharging.
Mechanism/Controls
Movement control via software on a tablet or control panel on the crutches.
Movement can be stopped using the button on the left handle or the emergency button on the right handle.
Stop & Safety
Stop movement button: press the button on the left handle to stop.
Emergency stop button: immediately stops all movement, displays an error pop-up; to resume operation, the posture must be reset.
Training/Exercise Modes
Walking training modes (according to documentation): walking on a flat surface (step by step/continuously), walking in place, and possibly with training variations (depending on the training screen).
Parameters that can be set during walking training: step time, rest time, step length, step height (and walking mode selection).
Example of setting range (depending on the screen): time per step, stride length, step width/height…
- Recommended for use in several major conditions:
- CP (Cerebral Palsy): Cerebral palsy
- Stroke: Stroke/Cerebrovascular accident
- SCI (Spinal Cord Injury): Spinal cord injury
- TBI (Traumatic Brain Injury): Traumatic brain injury
- MS (Multiple Sclerosis): Multiple sclerosis
- Parkinson’s disease: Parkinson’s disease
- Mobility and gait rehabilitation: assists patients in regaining lost motor function by guiding their legs to mimic normal walking patterns (standing/walking/climbing/descending stairs).
- Increased safety and stability during exercise: the suspension system enhances patient stability and ensures safety during therapy.
- Support for controlled self-training: patients can independently train with the smart crutches in four modes (sitting, standing, walking in place, and walking).