8-channel electromyograph EMG1-8

for researchfor physiotherapyportable

Product introduction
Surface electrodes are placed on the skin and connected to a data collector to record muscle electrical activity at rest and during contraction, enabling objective monitoring and evaluation of muscle function in clinical and research settings.

Clinical application
Supports diagnosis and monitoring of neuromuscular and neurodegenerative conditions such as Parkinson’s disease; quantitative assessment of motor recovery after stroke; analysis of muscle activation patterns and nerve conduction characteristics for rehabilitation planning and treatment evaluation.

Applications

• Rehabilitation departments
• Orthopedics departments
• Pain management clinics
• Sports medicine centers
• Specialized rehabilitation facilities
• Sports schools and teams
• Research institutions

Product highlights

• Portable design with integrated aluminum storage for sensor and receiver
• Up to 8 hours continuous operation after charging with battery level indicator; up to 30 days standby
• Wireless Bluetooth transmission with effective range up to 20 meters
• Non-invasive surface EMG acquisition with real-time multi-channel connection status
• User information management enabling customized and saved assessment plans
• Configurable selection of multi-channel collectors and target muscles for assessment
• Interactive 3D human muscle model for intuitive muscle selection and report generation
• Real-time EMG display with low latency and high accuracy
• Customizable analysis report export for clinical documentation

Technical specifications

• Model: EMG1-8
• Acquisition type: Surface (non-invasive) EMG
• Wireless transmission: Bluetooth, up to 20 meters
• Battery: Up to 8 hours continuous use; battery level display; up to 30 days standby
• Design: Portable with integrated aluminum storage for sensor and receiver
• Software features: Real-time multi-channel connection status, user information management, customizable assessment plans, customizable analysis report export
• Visualization: 3D human muscle model for muscle selection and reporting
• Performance: Real-time display, low latency, high accuracy
• Configurable: Supports selection of multi-channel data collectors and corresponding assessment muscles