KORRIDA ECG

Product Description

An ECG Electrocardiogram Machine is a diagnostic medical device used to measure and record the electrical activity of the heart It provides detailed insights into the hearts rhythm and function helping detect arrhythmias ischemia heart attacks and other cardiac abnormalities

Key Features of an ECG Machine

MultiChannel Recording

Records simultaneous leads commonly 12lead ECG for a comprehensive heart analysis

Supports 3lead 5lead or 6lead configurations for specialized applications

HighResolution Display

Provides realtime waveforms on LCD or touchscreen monitors for clear visualization

Colorcoded graphs enhance readability

Lead Wires and Electrodes

Reusable or disposable electrodes attach to the chest arms and legs

Lead cables ensure accurate signal transmission without noise interference

Paper Printouts and Digital Storage

Integrated thermal printers or external connectivity for hard copies of ECG graphs

Data storage for later review and comparison

Automated Measurements and Interpretation

Provides automatic analysis of heart rate ST segments QT intervals and arrhythmias

Reduces manual effort with diagnostic suggestions based on algorithms

Portability and Power Options

Compact and lightweight designs for mobile use

Operates on AC power or rechargeable batteries for field applications

Connectivity Options

USB Bluetooth or WiFi for seamless integration with EMR systems

Data sharing for remote diagnosis and telemedicine support

Applications of ECG Machines

Cardiac Diagnosis

Identifies arrhythmias heart blockages ischemia and cardiac arrest risks

Routine Health Checkups

Used for preventive care during regular examinations or presurgery screenings

Emergency Response and Monitoring

Provides quick readings in ambulances ICUs and emergency rooms

Stress Testing

Evaluates heart performance during physical exertion or pharmacological stress tests

Holter Monitoring Extended ECG

Records continuous heart activity over 2448 hours for ambulatory monitoring

Pediatrics and Neonatology

Specialized models for infants and children to detect congenital heart defects

Advantages of ECG Machines

NonInvasive Measures heart activity without invasive procedures

Fast Results Provides instant analysis enabling timely intervention

Affordable Diagnostic Tool Costeffective compared to advanced imaging technologies

Versatile Use Suitable for bedside clinic and field monitoring

UserFriendly Operation Simplified controls allow use by trained nurses and technicians

Advanced Features in Modern ECG Machines

Touchscreen Interfaces Simplify navigation and report generation

Wireless Operation Enables cablefree recording for increased mobility

AIPowered Interpretation Advanced algorithms offer predictive analytics for better diagnostics

MultiParameter Monitoring Includes heart rate variability HRV and STsegment analysis

Cloud Integration Stores data securely for remote access and telemedicine applications

Pacemaker Detection Identifies pacemaker signals to analyze implanted device performance

Limitations

Motion Sensitivity Patient movements may create signal noise affecting accuracy

Limited Lead Configurations Basic models may not support advanced arrhythmia analysis

Electrode Placement Errors Misplacement can lead to inaccurate readings

Battery Dependency Portable models require recharging for extended use

Types of ECG Machines

Resting ECG Machines

Standard tests performed while the patient is lying down

Stress Test ECG Machines

Measures ECG during physical exertion or induced stress

Holter Monitors Ambulatory ECG

Portable devices for 2448hour continuous monitoring

Wireless and Wearable ECGs

Realtime monitoring for remote patient tracking and telemedicine support

Would you like suggestions for specific models or comparisons between types of ECG machines