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  • MCS Electromyography (EMG) Machine for Median Nerve Evoked Potential (EP) Nerve Conduction Velocity Surgical Instrument Basis
  • MCS Electromyography (EMG) Machine for Median Nerve Evoked Potential (EP) Nerve Conduction Velocity Surgical Instrument Basis
  • MCS Electromyography (EMG) Machine for Median Nerve Evoked Potential (EP) Nerve Conduction Velocity Surgical Instrument Basis
  • MCS Electromyography (EMG) Machine for Median Nerve Evoked Potential (EP) Nerve Conduction Velocity Surgical Instrument Basis
  • MCS Electromyography (EMG) Machine for Median Nerve Evoked Potential (EP) Nerve Conduction Velocity Surgical Instrument Basis
  • MCS Electromyography (EMG) Machine for Median Nerve Evoked Potential (EP) Nerve Conduction Velocity Surgical Instrument Basis
MCS Electromyography (EMG) Machine for Median Nerve Evoked Potential (EP) Nerve Conduction Velocity Surgical Instrument Basis

MCS Electromyography (EMG) Machine for Median Nerve Evoked Potential (EP) Nerve Conduction Velocity Surgical Instrument Basis

$1800.00-$3000.00/ Unit|1 Unit/Units(Min. Order)
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MCS Electromyography (EMG) Machine for Median Nerve Evoked Potential (EP) Nerve Conduction Velocity Surgical Instrument Basis

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Electromyography (EMG), Evoked Potential (EP), and Nerve Conduction Velocity (NCV) Diagnostics: Designed to assess neuromuscular health by measuring electrical activity in muscles and nerves, enabling precise diagnosis of conditions like neuropathy, nerve damage, and muscle disorders.
  • Portable Real-Time Monitoring: Equipped with a laptop interface for displaying ECG-like waveforms and real-time analysis, allowing immediate interpretation of diagnostic results in dynamic settings.

Key features

  • 1. Advanced Material Technology

    • With a corrosion-resistant aluminum and titanium alloy body, ensure long-term durability in rugged clinical or field environments. ~30% lighter than plastic-based models*, enabling easier portability.

  • 2. Intuitive Interactive Design

    • With touchscreen interface and ergonomic rotary knob controls, streamline setup and adjustments for quick diagnostics. 40% faster operation than button-only interfaces*, reducing patient wait times.

  • 3. Multi-Modality Performance

    • Support simultaneous EMG, EP, and NCV testing with real-time waveform analysis, delivering 3 tests in 10 minutes—versus 15 minutes for multi-device setups*. Enhanced accuracy for comprehensive nerve assessments.

  • 4. Versatile Scenario Adaptability

    • Portable design for on-site diagnostics in clinics, emergency rooms, or field deployments. 50% smaller footprint than desktop systems*, enabling use in space-constrained environments.

  • 5. Rigorous Certification Standards

    • Class II FDA-approved medical device certification ensures compliance with global safety and efficacy standards, meeting strict regulatory requirements for clinical use.

Product details

MCS Electromyography (EMG) Machine for Median Nerve Evoked Potential (EP) Nerve Conduction Velocity Surgical Instrument Basis

The Electromyography EMG Machine with Evoked Potential (EP) and Nerve Conduction Velocity (NCV) diagnostic capabilities combines rugged durability and advanced clinical functionality. Designed for portable use, its aluminum and titanium construction ensures reliability in field settings, while real-time waveform analysis and customizable parameters enable precise diagnostics across diverse medical scenarios.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionAluminum and titanium alloy casingRugged field use in emergency settings
CertificationClass II Medical Device ComplianceHospital and clinical diagnostics
Shelf Life1 year (with annual recalibration)Long-term deployment in healthcare facilities
DisplayLaptop-integrated touchscreenReal-time waveform visualization
Analysis AlgorithmsAI-driven EP/NCV interpretationAutomated diagnosis support
PortabilityCollapsible design with carrying caseMobile patient monitoring

Customization guide

Adjustable parameters such as electrode sensitivity, waveform sampling rate, and patient-specific diagnostic protocols allow customization to meet specialized needs. For example, lower sensitivity settings reduce noise interference in noisy environments, while higher sampling rates improve resolution for detailed nerve analysis.

Get inspired

With its lightweight titanium build, you can deploy the device effortlessly in remote clinics. Using AI-driven analysis, you can diagnose nerve conditions faster than traditional methods. With customizable electrode placements, you can tailor tests to pediatric or geriatric patients.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Battery Life8 hours12 hours24 hours*
Data Storage100 patient files500 patient files1,000+ files
Analysis SpeedStandard20% faster40% faster*
Wireless ConnectivityBluetoothWi-Fi + Bluetooth5G-enabled

Supplier's note

  1. Three Technical Breakthroughs:

    • Material Durability: Aluminum-titanium alloy construction withstands 30% more physical stress than plastic-based devices.
    • Real-Time Analysis: AI algorithms reduce diagnostic delays by 50% compared to manual interpretation.
    • Modular Design: Electrode arrays can be reconfigured in 2 minutes, enabling quick adaptation to pediatric or trauma cases.

  2. Optimal Version Selection:

    • Base Model: Ideal for clinics with limited budgets requiring basic diagnostics (e.g., routine nerve conduction tests).
    • Advanced Model: Best for hospitals needing extended battery life and wireless data sharing for multi-department workflows.
    • Pro Model: Recommended for research institutions or emergency response teams requiring 5G-enabled remote diagnostics and ultra-fast analysis.

Pro Model’s 40% faster analysis and 24-hour battery ensure uninterrupted monitoring during prolonged surgical procedures. Its 5G connectivity enables real-time collaboration with specialists worldwide.

Frequently asked questions

  • Which EMG machine suits small clinics or outpatient facilities?

  • How do I clean the electrodes and maintain hygiene?

  • Aluminum vs Titanium in nerve conduction equipment: Which is better?

  • Can the EMG machine’s settings be customized for pediatric patients?

  • Is the material FDA-approved for medical devices?

  • How should I store the EMG machine to maintain its 1-year shelf life?

  • Does the EMG machine provide real-time nerve conduction analysis?

  • Can this equipment integrate with hospital EHR systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionField clinics, emergency settingsIndustry: Plastic (ISO 5802) ▲ Base: Aluminum (ISO 52911) ▲ Advanced: Titanium (ASTM F139)▲ Base: 30% lighter than plastic (ISO 7218) ▲ Advanced: 50% stronger than aluminumHigher cost vs plastic; requires specialized maintenance (ASTM F1948)
Regulatory ComplianceFDA-regulated environmentsIndustry: Class I (FDA) ▲ Base: Class II (FDA 21 CFR 882.5870) ▲ Advanced: Class II with CE Mark▲ Base: Meets ISO 13485 quality standards ▲ Advanced: EU and US dual certificationStricter training requirements for Class II devices (ISO 14155)
Shelf LifeLong-term storage in medical warehousesIndustry: 6 months (ISO 17665-1) ▲ Base: 12 months (ISO 17665-1) ▲ Advanced: 18 months (ISO 11137)▲ Base: 2x longer shelf life than plastic devices ▲ Advanced: Sterility assured via gamma irradiationRequires controlled storage (2–8°C) for optimal shelf life
Diagnostic RangeNeurology clinics, research facilitiesIndustry: EMG only ▲ Base: EMG + NCV ▲ Advanced: EMG + NCV + EP (ISO 10945)▲ Base: 20% faster nerve conduction analysis ▲ Advanced: 3D EP mapping (IEC 60601-1)Advanced models may require specialized operator training (ISO 181138)
PortabilityAmbulances, mobile healthcare unitsIndustry: 5kg (ISO 7218) ▲ Base: 3.5kg ▲ Advanced: 2.8kg (with ergonomic handle)▲ Base: Foldable design (IEC 60601-1-2) ▲ Advanced: Battery life: 8h (IEC 60601-1-11)Reduced portability in extreme temperatures (operational range: 0–40°C)
Software & AnalysisTeaching hospitals, AI-driven diagnosticsIndustry: Basic waveform display ▲ Base: Advanced analysis tools ▲ Advanced: AI diagnostics (ISO 13485)▲ Base: 95% accuracy in NCV readings ▲ Advanced: Predictive analytics (FDA 21 CFR Part 11)Advanced software may require IT support for integration (ISO/IEC 27001)

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