ECG Monitor LECG-C12

The ECG Monitor LECG-C12 offers several critical advantages for healthcare professionals. With 6-channel recording capability and a high common-mode rejection ratio (CMRR) of greater than equal to 105dB, it ensures exceptional accuracy in capturing cardiac signals. Its advanced sampling rate of 24-bit / 32000Hz guarantees detailed waveform analysis, while built-in filters (AC and EMG) minimize interference. The device supports multiple operating modes, Manual, Auto, and Rhythm, making it versatile for routine exams, emergency assessments, and rhythm analysis. Moreover, with thermal printing options and portable battery operation (2.5 hours on a full charge), LECG-C12 proves highly efficient in both hospital and field environments.

Patient safety is a top priority in the design of the ECG Monitor LECG-C12. It features a floating input circuit with defibrillation protection, which safeguards both the patient and the device in case of unexpected defibrillation events. The input circuit current is kept below 0.1 microamperes, and patient leakage current is under 10 microamperes, meeting stringent medical safety standards. Additionally, it maintains high input impedance (greater than equal to 50M?), ensuring minimal interference and accurate data without posing any risk to the patient during extended monitoring sessions.

The ECG Monitor LECG-C12 is engineered for broad medical use, including hospitals, emergency departments, outpatient clinics, ambulatory services, and even mobile healthcare units. Its lightweight, compact design (320mm × 230mm × 78mm) and reliable 12.6V rechargeable battery (2200mAh) allow for use in non-traditional environments such as rural camps, ambulances, and temporary care units. The unit's ability to operate autonomously for 2.5 hours without external power makes it suitable for on-the-go diagnostics and urgent cardiac assessments.

The ECG Monitor LECG-C12 is equipped with a thermal printing mechanism that uses 110mm × 20m roll paper, offering fast and clear documentation of ECG waveforms. It supports variable print speeds (12.5mm/s, 25mm/s, 50mm/s) and allows track adjustments from 1 to 12 channels, giving clinicians control over display format based on specific needs. The system also includes a waveform freeze feature with a duration of up to 120 seconds and adjustable time delay, ensuring that no critical cardiac events are missed during real-time analysis.

Accuracy is a hallmark of the ECG Monitor LECG-C12, particularly in detecting subtle cardiac signals. It features a low signal detection threshold of less than 0.5mV, allowing it to capture even the faintest electrical activity of the heart. The device maintains a noise level of less than equal to 15 microvolts peak-to-peak, supported by AC and EMG filters as well as a frequency response range from 0.05Hz to 150Hz. These specifications ensure that the recorded ECG waveforms are clean, reliable, and clinically valuable for both diagnosis and documentation.

An ECG (Electrocardiogram) Monitor is a portable device that records your heart's electrical activity to detect irregularities like arrhythmias, atrial fibrillation (AFib), or palpitations. It works by placing your fingers or chest on the sensors, which measure electrical signals and display real-time heart rhythms on a connected app or screen.

Absolutely! Our device is designed for easy home use—just place your fingers on the sensors or attach the electrodes (depending on the model), and the monitor will guide you through the process. Results are displayed in simple terms for better understanding.

While smartwatches offer basic heart rate tracking, our dedicated ECG Monitor provides: Higher accuracy (medical-grade sensors) Multi-lead detection (some models) Detailed PDF reports for doctors Longer recording times for better analysis

If you have a known heart condition, follow your doctor’s advice. For general wellness, occasional checks (e.g., weekly) are fine. Use it when experiencing symptoms like dizziness, chest pain, or irregular heartbeat.

Yes! Our advanced algorithm can identify AFib, tachycardia (fast heartbeat), bradycardia (slow heartbeat), and irregular rhythms. For confirmed AFib detection, share reports with your doctor for further evaluation.