EGZOTech specializes in advanced rehabilitation robots featuring innovative EMG (Electromyography) and electrical stimulation technology for clinical and home use, now enhanced with offline capability.
Core Product Advantages
- Innovative EMG & FES Tech: Muscle-triggered robotic assistance with electrical stimulation for neurological/orthopedic rehab
- Market Flexibility: Adaptable to diverse patients, protocols, and global markets
- Personalization: Custom therapy sessions for individual needs (0-5 Lovett Scale patients)
- Clinical Validation: Hundreds of positive testimonials, clinical research-backed effectiveness
Key Strengths: State-of-the-art production, comprehensive technical/clinical support, partnerships with therapists worldwide. Devices like Luna EMG, Sidra LEG, Meissa OT, and Stella BIO empower physiotherapy across stroke recovery, spinal injuries, and pediatric care.
1. LUNA EMG – Upper & Lower Limb Rehabilitation Robot
Product Classification
Complete EMG-Assisted Rehabilitation System for Upper & Lower Limbs
Robotic device for upper and lower limb neurological and orthopedic rehabilitation offering revolution in neurorehabilitation and orthopedic therapy.
Core Technology: EMG-Assisted Movement
The Luna EMG features revolutionary EMG-triggered movement technology where even the slightest muscle activity triggers robotic assistance. Patient’s muscle activity is an input signal for the robot to assist with the movement, making it ideal for weak or spastic patients.
Key Capabilities
- EMG-Assisted Movement – Robot assists triggered by patient’s muscle activity
- Training & Assessment – Predefined protocols for optimal patient progress
- Complete Rehabilitation – All-in-one solution for kinesiotherapy
- Multi-Patient Groups – Works with both low and non-low mobility patients (0-5 Lovett Scale)
Clinical Applications
Neurological Patients: – Post-stroke rehabilitation – Traumatic brain injury – Spinal cord injury recovery – Brain tumor rehabilitation – Parkinson’s disease support – Multiple sclerosis therapy – Cerebral palsy management – Motor neuron diseases – Muscle dystrophy
Early Orthopedic Rehabilitation: – Post-surgery rehabilitation – Injury recovery – Pain syndrome management
Bedside Treatment: – Intensive Care Units (ICU) support – Post-traumatic care – Palliative care – Geriatric immobilized patient support – Early engagement in rehabilitation
Pediatric Patients: – Muscular dystrophies – Motor neuron diseases – Myopathies – Palsies – Motor function development
Business Benefits
- State-of-the-art equipment attracting new patients
- Improved practice efficiency and financial performance
- Team satisfaction through advanced rehabilitation capabilities
- Practice growth with proven rehabilitation outcomes
2. SIDRA LEG – Lower Limb Specialized Rehabilitation Robot
Product Classification
World’s Only 2-Drive Lower Limb Rehabilitation Robot with Synchronized Electrostimulation
Robotic device specifically engineered for lower limb neurological and orthopedic rehabilitation with unique dual-drive synchronized technology.
Unique Features
World’s Only Device with: – 2-Drive Motion System – Synchronized knee flexion/extension with ankle/plantarflexion – 4-Channel Electrostimulation – Synchronized with movement – 4-Channel Electromyography – EMG-triggered assistance – Functional Movement Patterns – Separate or synchronized knee and ankle movements
Core Capabilities
- EMG-Triggered Motion – Assisted lower limb movement triggered by muscle activity, with or without electrostimulation
- Isokinetic Training (CAM) – Variable resistance training
- Passive Training (CPM) – Continuous passive motion
- Dual-Drive Motion – Independent or synchronized knee and ankle movement
- Electrostimulation Integration – 4-channel synchronized therapy
Clinical Applications
Neurological Patients: Sidra LEG supports improvement of muscle strength, limb range of motion, and muscle coordination – Spinal cord injuries – Demyelinating diseases – Stroke recovery – Conditions after long-term immobilization – Paresis/paralysis of lower limbs (without fixed contractures) – Patients with 0-5 Lovett Scale mobility impairment
Orthopedic Rehabilitation: Aids in muscle strengthening and restoration of range of motion post-injury and surgery – Hip, knee, and foot surgeries – Sprains and injuries of lower limb joints – Lower limb endoprosthesis – Tumor operations within lower limb joints – Arthritis management – Postoperative care (prevention of thromboembolic complications) – Intensive care units (muscle pump activation)
Workflow Benefits
- Efficiency – Improve rehabilitation efficiency process
- Team Support – Reduce physiotherapist workload
- Capacity – Increase clinic workflow capacity and revenue
- Patient Engagement – Active participation even for weak or spastic patients
- Flexibility – Use in training area or at patient’s bedside
3. MEISSA OT – Hand & Upper Limb Rehabilitation Robot
Product Classification
Advanced Hand & Upper Limb Rehabilitation Robot with Precision Control
Robotic device for detailed hand and upper limb neurological and orthopedic rehabilitation with innovative functional movement training.
Technology Highlights
Technology enclosed in small, portable robotic device with precision hand/wrist rehabilitation capabilities.
Core Capabilities
- Isolated Hand Movements – Precision control of wrist flexion/extension
- Advanced Wrist Control – Abduction/adduction movements
- Forearm Training – Pronation/supination exercises
- Functional Tasks – Door handle, key turning, jar opening, screwdriver work
- EMG Integration – Works with weak or spastic patients using EMG-triggered movements
- Electrostimulation – Integrated muscle stimulation during exercises
Clinical Applications
Neurological Patients: Supports improvement of muscle strength, range of motion, and muscle coordination – Stroke rehabilitation – Traumatic brain injury – Spinal cord injury recovery – Brain tumor rehabilitation – Parkinson’s disease – Multiple sclerosis therapy – Cerebral palsy management – Motor neuron diseases – Muscle dystrophy support – Works with 0-5 Lovett Scale mobility levels
Orthopedic Rehabilitation: Aids in muscle strengthening and restoration of hand function after injury/surgery – Hand surgeries – Prosthetic replacement of hand joints – Hand fractures and injuries – Carpal Tunnel syndrome management
Advantages
- Patient-Responsive – EMG-triggered functional movements for weak patients
- Effectiveness – Improve hand recovery process
- Precision – Isolated and combined hand movements
- Functional – Real-world functional task simulation
- Workflow – Improve clinic workflow and capacity
4. STELLA BIO – Portable EMG & FES System
Product Classification
World’s Most Sensitive Electromyograph with Integrated Electrical Stimulation
Portable electromyography (EMG) and electrical stimulation system for clinical and home use with revolutionary offline technology.
Revolutionary Technology
World’s Most Sensitive EMG with integrated electrostimulation capability – Perfect for functional therapy and home rehabilitation.
Core Specifications
- 4+2 Channel EMG & EMS system
- Most Sensitive EMG on the market
- Clinical & Home Use capability
- Web-Based Application or dedicated tablet
- OFFLINE Mode Operation – No internet connection required
- Medical-Grade Tablet – With high-capacity battery and durability
- Enhanced EGZOClinic Software – Improved stability and responsive interface
OFFLINE Mode Evolution
New Improvements: – Powerful Medical-Grade Tablet – Dedicated healthcare design with frequent disinfection capability – Long Battery Life – High-capacity, durable power system – Reinforced Design – Resistant to falls, flooding, and dust – Complete Offline Functionality – Full features without internet connection – Guaranteed Support – Clinical and software development support
Clinical Applications
Stella BIO suits diverse clinical applications: – Neurological: Stroke, SCI, brain injury, Parkinson’s, MS, cerebral palsy – Orthopedic: Post-surgical rehabilitation, injury recovery – Oncological: Cancer rehabilitation and movement restoration – Pain Management: Chronic pain rehabilitation – Sports: Athletic performance and injury recovery – Pelvic Floor: Pelvic floor dysfunction management
Therapeutic Benefits
- Regain Lost Limb Function – Recovery of movement capability
- Strengthen Muscles – Targeted muscle strengthening
- Decrease Spasticity – Reduce muscle tone abnormalities
- Improve Coordination – Enhanced motor control
- Home Accessibility – Convenient home-based therapy
Technology Pillars
Four advanced technology pillars supporting comprehensive rehabilitation: 1. Sensitive EMG detection 2. Integrated electrical stimulation 3. Intelligent algorithm processing 4. Offline operational capability
Business Benefits
- State-of-the-art equipment expanding service offerings
- New patient attraction with portable home care solution
- Improved financial performance through expanded applications
- Team satisfaction with advanced rehabilitation capabilities