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Holter Monitor

HS1698
Biocare IH-12Plus Holter Monitor
Save 43%
156,710.40 89,752.32
Product Dimension (mm) 65.5×52×18mm
HS3071
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HS5102
44,876.00
HS5104
Contec TLC5000 Holter Monitor ,12 Channels, 24hr
Save 12%
65,000.00 57,000.00
Colorwhite Product Dimension (mm)111 X 60 X 25 Product Weight1Kg
HS5245
Contec TLC5000 Holter monitor 12 Channels 24 hours
Save 12%
65,000.00 57,000.00
Colorwhite Product Dimension (mm)111 X 60 X 25
HS1676
Contec TLC5000 Holter monitor 12 Channels 24hr
Save 12%
65,000.00 57,000.00
Colorwhite
HS1701
575,000.00
Colorwhite
HS4144
Contec TLC6000 ECG Holter Monitor 12 Channel 48 hour
Save 39%
95,000.00 57,500.00
Out of stock
Colorwhite Product Dimension (mm)80.5mm *59.5mm *22mm Product Weight0.0615Kg
HS1684
Contec TLC9803 holter heart monitor 3 Channel 24 hours
Save 41%
60,000.00 35,500.00
Colorwhite
HS5250
Contec TLC9803 holter heart monitor 3 Channel 24 hours
Save 41%
60,000.00 35,500.00
Colorwhite Product Dimension (mm)111 X 60 X 25
HS5100
Contec TLC9803 holter heart monitor 3 Channel 24 hours
Save 41%
60,000.00 35,500.00
Colorwhite Product Dimension (mm) 111 X 60 X 25
HS1693
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HS1687
Nasan Reveala 12 Holter Monitor 12 Channel
Save 28%
213,696.00 153,863.36
Product Dimension (mm)108mm X 69mm X 41 mm Product Weight0.525Kg
HS5065
Nasan Reveala 3 Holter Monitor 3Channel
Save 39%
192,326.40 117,192.00
Product Dimension (mm)108mm X 69mm X 41 mm Product Weight1.00Kg
HS62685
RMS 3 Channel ECG Holter Monitor 24 hours
Save 24%
125,000.00 95,000.00
Colorwhite
HS76964
RMS Cordis 12channel ECG Holter monitor 48 hour
Save 12%
165,000.00 145,000.00
Colorwhite
HS983848
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Description of Holter Monitor:

A Holter monitor is a portable medical device that is used to monitor and record the electrical activity of the heart over an extended period, typically 24 to 48 hours. The device is worn by the patient and continuously records the heart's activity through electrocardiography (ECG).

Features of Holter Monitor:

Holter monitors come with various features that make them useful for diagnosing and monitoring heart conditions. Some of the features of Holter monitors include:

  • Portable: Holter monitors are small and portable, making them easy to wear and carry around. They are designed to be worn for an extended period, typically 24 to 48 hours.
  • Non-Invasive: Holter monitors are non-invasive, which means that they do not require any incision or surgery. Patients can wear the device comfortably without any discomfort.
  • Continuous Monitoring: Holter monitors can continuously monitor the heart's activity, providing a comprehensive report of the patient's heart rate and rhythm throughout the day.
  • ECG Recording: Holter monitors record the electrical activity of the heart through electrocardiography (ECG). The ECG recording provides detailed information about the heart's function and can help doctors diagnose various heart conditions.
  • Data Analysis: Holter monitors come with software that can analyze the recorded data and generate reports that can help doctors diagnose and monitor various heart conditions.

Benefits of Holter Monitor:

 Holter monitors offer several benefits, including:

  • Early Diagnosis: Holter monitors can help diagnose heart conditions in their early stages, which can lead to better treatment outcomes.
  • Monitoring: Holter monitors can help doctors monitor the effectiveness of treatment and adjust medications or other treatments as needed.
  • Non-Invasive: Holter monitors are non-invasive and do not require any surgery or incision, making them safe and comfortable for patients.
  • Comprehensive Data: Holter monitors provide a comprehensive report of the heart's activity, which can help doctors diagnose and monitor various heart conditions accurately.

Uses of Holter Monitor:

Holter monitors are used for various purposes, including:

  • Diagnosing Arrhythmias: Holter monitors can help diagnose arrhythmias, which are abnormal heart rhythms. The device can record the heart's activity over an extended period, providing a comprehensive report of any irregularities in the heart rhythm.
  • Evaluating Palpitations: Holter monitors can help evaluate palpitations, which are a feeling of a rapid, pounding, or fluttering heartbeat. The device can record the heart's activity during a palpitation episode, providing detailed information about the heart's function.
  • Monitoring Medication: Holter monitors can help doctors monitor the effectiveness of medication or other treatments for heart conditions. The device can record the heart's activity before and after treatment, providing information about the treatment's effectiveness.
  • Assessing Heart Function: Holter monitors can help assess the heart's function, providing information about the heart's pumping capacity and overall health.
Different types of Holter monitors:

In addition to the different technology types of Holter monitors, there are also different durations of monitoring that can be performed. These durations refer to the length of time the patient will wear the device to record their heart's activity. The three most common durations for Holter monitors are 24-hour Holter monitors, 48-hour Holter monitors, and 72-hour Holter monitors.

  • 24-Hour Holter Monitor: A 24-hour Holter monitor is the most common type of Holter monitor. The patient wears the device for a full day, typically starting in the morning and returning the device the next day. This duration is useful for capturing any abnormalities in the heart's activity that occur during a typical day.
  • 48-Hour Holter Monitor: A 48-hour Holter monitor is used when a patient's symptoms occur less frequently or if the physician wants to monitor the patient for a longer period. The patient wears the device for two days and returns the device on the third day.
  • 72-Hour Holter Monitor: A 72-hour Holter monitor is the longest duration of monitoring available with a Holter monitor. This type of monitor is typically used for patients whose symptoms occur infrequently, and the physician wants to capture a more extended period of the patient's heart activity.

The duration of monitoring needed will depend on the patient's specific condition and the physician's preferences. Longer monitoring durations can capture a more significant amount of data, which can lead to more accurate diagnoses and treatments. However, longer monitoring durations may also be more inconvenient for the patient, as they will need to wear the device for an extended period. The choice of monitoring duration should be made in consultation with a healthcare provider, who can recommend the appropriate monitoring duration for the patient's condition.