This technology which is wearable patch long-range dynamic electrocardiogram uses the latest microelectronic circuit technology and wireless network technology to miniaturize traditional dynamic electrocardiography products, and combines the first domestic high-tech biomaterials that can be monitored by biocompatibility. Like a Band-Aid, it is comfortable and compact, and can monitor ECG information over a long period of time to help discover potential hidden dangers.
Compared with the traditional holter, it has the following advantages:
1. It gets rid of the limitation of electrode points and lead lines of traditional dynamic electrocardiogram, wireless without weight-bearing, exclusive flexible “band-aid” design, breathable and light, flexible and comfortable, easy to wear, and greatly improves the patient’s comfort.
2. Breaking through the limit of traditional dynamic electrocardiogram, continuous monitoring, with time for accuracy, can improve the detection rate of cardiac occult and transient diseases, and has more diagnostic value.
3. The long-range dynamic ECG analysis software is based on deep learning of a large number of actual users’ long-range ECG data. It is smart and efficient. It can complete all data labeling and classification in a few seconds and generate professional reports synchronously. It assists doctors in making diagnosis based on clinical symptoms. In terms of electroanalysis software, doctors need to spend a lot of time on labeling, classification and manual editing of reports, which greatly improves the efficiency of doctors’ image reading and saves the time of examinees and other results.
4. The use of electrodes, batteries and lead wires is reduced, which is more environmentally friendly.
5. The sensor part of the long-range dynamic ECG product is close to the body, and the new biological material has passed the biocompatibility test of the CFDA, which is non-toxic, non-irritating, and non-sensitizing, suitable for long-range wear, and provides medical-grade safety assurance for patients.
6.Real-time telemetry and early warning: The data of the PC-side patient ECG monitoring platform is synchronized in real time, and the data is permanently stored, helping doctors to understand the current ECG status of the patient in time.
Who is long-range holter monitor suitable for?
1. Patients with heart disease: hypertension, coronary heart disease, heart failure, arrhythmia, cardiomyopathy, pericardial disease, heart valve disease, congenital heart disease and heart damage caused by other systemic diseases, etc.
2. Patients after cardiac surgery and interventional therapy.
3. Assist in judging intermittent symptoms, such as chest tightness, palpitations, dizziness, amaurosis or syncope and other occult transient symptoms.
4. Detecting the function of the pacemaker: Long-range ambulatory ECG monitoring can monitor the changes of the pacemaker’s ECG during activity or rest, and understand the pacemaker’s pulse delivery and sensing functions, as well as the occurrence of arrhythmias.
5. Patients with chronic diseases: chronic obstructive pulmonary disease, bronchial asthma, chronic renal insufficiency, tumor, tuberculosis, chronic liver disease, diabetes, thyroid insufficiency, etc.
6. People in special physiological stages: adolescence, pregnancy, menopausal women, etc.
7. Special occupational groups and occupational groups that have been in high mental stress for a long time: financial industry, police, firefighter drivers, high-altitude workers, long-term night shift workers, etc.
8. People with cardiovascular risk factors: smoking, overweight/obesity, dyslipidemia, lack of exercise habits, often palpitations, chest tightness and unknown reasons, family members with sudden death of close relatives, etc.
9. Other people with health care needs.
Plus1Health‘s long-range wearable dynamic ECG products, band-aid design, flexible and comfortable, easy to use, paste and use, tear and throw. It gets rid of the limitation of electrode points and lead lines of traditional dynamic electrocardiogram, and has no wireless weight-bearing and does not affect daily life. Continuous monitoring can not only obtain more effective data, but also capture more transient and hidden abnormal ECG changes. Improve the detection rate of arrhythmia, effectively ensure the effectiveness and safety of cardiac rehabilitation, and reduce the incidence of cardiovascular events.
English 
Español