[Robotic Rehabilitation]Wearable Robotic Rehabilitation Therapy, Robot Leg, Bionic Leg

[Robotic Rehabilitation]Wearable Robotic Rehabilitation Therapy, Robot Leg, Bionic Leg

Wearable Robotic Rehabilitation Therapy!

Mobility Changer!

Confidence Changer!

Life Changer!

Wearable Robotic Rehabilitation Theraphy

□ Leg Up

Providing patient motor assistance during sit to stand exercises, over ground walking, and stair climbing.

Wearable, robotic rehabilitation device enables neuro and orthophysical theraphy patient

- Reach higher functional levels

- Increase balance

- Improve gait mechanics and endurance

- Strength weak muscles

Wearable robotic leg

□ Approach

▷ Clinic or home health therapy

- Providing advance robotic assisted rehabilitation theraphy

- Recovering from stroke (CVA)

- Orthopedic injury or surgery

- Incomplete spinal cord injury (SCI)

- Traumatic brain injury (TBI)

- Multiple sclerosis

- General lower extremity weakness

Robotic leg training

Enables your neuro and orthopedic rehabilitation patient to experience more mobility and complete more repetitions of exercises than previously possible

- Provide intent-driven and adjustable robotic assistance to the patient's affected limb when attempting to stand, sit, walk or ascend and descend stairs

- Improves patient day-to-day capability by enabling higher-level balance exercise, gait training and strengthening exercise

- Reduces the need for additional therapist assistance during exercise, allowing the clinician to focus on the patient and the quality of the movement

Robotic leg rehabilitaion

□ Training Method

- Closed chain training

- Stance stability

- Tansfers and pre-gait activities: sit to stand

- Standing

- Gait Training

- Stair Training

- Higher level training

- Balance and proprioception training

Robotic leg training method

□ Strength

- Advance robotic assistive technology to make physical therapy easier on both the patient and the therapist.

- Prividing progressive functional mobility training

- Neuro and orthopedic rehabilitation patients can be on their feet and making progress in their rehab in less than 5 minutes with the help of a single physical therapist

Robotic leg training method

□ Specification

- Leg weight : Approx. 7 lbs (3.17 kg)

- Patient height : 152.4 cm ~ 198.12 cm

- Patient weight : 45.35 kg ~ 136 kg

- Battery life : 1 ~ 2 hours (Requires only 45 min to charge)

- Interchangeable Foot sensors (can be used for R/L foot)

Robotic leg controlled by smart sensors

□ Simulation Data

 

 

 

 

 

□ Contact & Ask

Medical Device Korea

TEL : 02 553 0923

www.medicaldevice.kr