Portable Mobile 2/4 CH EMG/EP Neurophysiological Examination Machine System
Key Features
● Comprehensive Testing: This integrated system seamlessly integrates a full range of routine neurophysiological examinations – Needle EMG, Nerve Conduction Velocity (NCV), and Evoked Potentials (EP) – into a single device, fully catering to the requirements of daily clinical neurophysiological examinations.
● Portable & Integrated Design: The amplifier, electrical stimulator and data processing unit are fully integrated into a compact all-in-one main unit. Paired with a standard laptop, it supports neurophysiological examinations in scenarios such as outpatient clinics and wards.
● Stable Signal Acquisition: Adopts hardware design optimized for clinical environments and anti-interference measures to ensure stable and high-quality acquisition of EMG/EP signals in common clinical settings.
● Standardized Workflow: The software is equipped with built-in standardized modules for common examinations and provides a guided operational workflow, helping to reduce operational dependence and improve the consistency of examination results.
● Channel Configuration: Available in 2-channel and 4-channel options to adapt to different examination requirements and clinical workloads.
Product parameters
| Specification | Detail |
| Recording Channels | 2 / 4 (Selectable Configuration) |
| A/D Conversion Rate | 24 Bit |
| Integrated Hardware | Amplifier, Current Stimulator, Core Processing Unit |
| Supported Examinations | Quantitative EMG, NCV, Evoked Potentials (EP) Nerve Conduction Velocity (NCV): Motor NCV (MCV) , Sensory NCV (SCV) Short Segment Conduction (SSCT) ,Repetitive nerve stimulation (RNS) ,ERP |
| Scanning Speed Measurement | 0.1 ~ 30000 ms/div, error≤±10％ |
| Design Focus | High Portability, Anti-Interference Technology |
Advantages
NCC Solution (True Portability & All-in-One Design): With its integrated and lightweight design, the device can be used in clinical settings outside fixed examination rooms, supporting neurophysiological examinations in wards, ICUs and other environments, helping to improve the flexibility of device use within the hospital.
NCC Solution (Superior Signal Quality & Anti-Interference Capability): The device is optimized in its design for common electromagnetic interference (EMI) environments in hospitals, helping to maintain the stability and consistency of EMG/EP signal acquisition under routine clinical usage conditions.
NCC Solution (Highly Efficient & Versatile Integration): Built-in standardized test modules and guided workflow help shorten setup time, reduce operational variability, and allow healthcare professionals to focus more on the clinical interpretation of examination results.
Service & Support: Global Technical Assurance
Our commitment to your NCC system's complete lifecycle is guaranteed by our robust support framework, designed to ensure maximum uptime and operational excellence.
Click below for specific service programs, training schedules, and technical documentation.
Partner Programs
● Distributor Support Program: We provide global distribution partners with comprehensive sales collaterals, product training, and technical support, empowering them to conduct compliant promotion and application of the product in local markets.
● Technical Training & Enablement: We offer product-specific application training and technical exchanges, supporting our partners in conducting product demonstrations and usage training activities across diverse markets worldwide.
Product display
NCC Solution (True Portability & All-in-One Design): With its integrated and lightweight design, the device can be used in clinical settings outside fixed examination rooms, supporting neurophysiological examinations in wards, ICUs and other environments, helping to improve the flexibility of device use within the hospital.
NCC Solution (Superior Signal Quality & Anti-Interference Capability): The device is optimized in its design for common electromagnetic interference (EMI) environments in hospitals, helping to maintain the stability and consistency of EMG/EP signal acquisition under routine clinical usage conditions.