INDICATIONS
KEY FEATURES
HOW IT WORKS
BENEFITS
MEBSTER APP
For individuals with lower limb paralysis due to:
- Spinal cord injury
- Traumatic brain injury
- Tumor diseases
- Poliomyelitis
- Myopathy
- Spina bifida (MMC)
- Multiple sclerosis.
- Passive (no actuator) exoskeleton
- Two-step self-locking knee joint
- Modularity: removable thigh and lower leg cuffs
- Adjustability: thigh and lower leg uprights length
- Removable padding for easier cleaning
- Battery: up to 35-hour for tracking and measuring gait data when connected to MEBSTER app
- Two sizes set: S (for clients with 160–180 cm; 5'3” – 5'11”) and L (for clients with 180–200 cm; 5'11" – 6'7")
- Compact and lightweight: 8.5 kg / 18.5 lbs.
- UNILEXA Prime facilitates movement by allowing the body to shift forward and laterally → Activates the ankle joint, which in turn rotates the hip joint.
- This action enables the swing leg to initiate a step.
- Throughout, the feet remain parallel to the ground for stability.
Long-term benefits of consistent exoskeleton training
- Improved mental health
- Improved breathing
- Cardiovascular training
- Reduced risk of gastro and urinary tract infections
- Strengthens muscles and bones
Smart exoskeleton UNILEXA Prime 2.0 comes with our novel MEBSTER app designed for medical care providers. Simply connect to your UNILEXA through Bluetooth® on your Android or iOS device.
- Manage all your clients
- Record device setup
- Save notes and photos from sessions
- Track your clients' progress with all important spatial-temporal gait characteristics, such as:
- walking symmetry
- walking speed
- range of motion
- and other statistical trends
Dr. Pavel Remeš
Head of the Spinal unit
“For spinal cord injury patients, prompt initiation of comprehensive rehabilitation, including verticalization, is vital. While traditional robotic rehabilitation can be costly and requires physiotherapist supervision, UNILEXA offers a compact solution. This device expedites verticalization and walking training, both in rehabilitation centers and at home, empowering self-use by patients.”
Dr. Eiichi Genda
Orthopedist & Researcher