High-precision prenatal monitoring with the IFM-500 foetal monitor
The IFM-500 from Bionics is a medical device dedicated to non-invasive foetal monitoring, designed to provide accurate data on the health of the foetus during pregnancy and labour. This monitor incorporates high-performance Doppler technology to reliably and consistently detect and analyse the foetal heart rate, foetal movements and uterine activity.
The system is based on measuring the Doppler frequency of ultrasound waves reflected by the moving foetal heart. This technology makes it possible to accurately calculate the foetal heart rate and detect any irregularities. The monitor also records external uterine contractions via a tocotransducer applied to the patient's abdomen.
The IFM-500 has a dual display of the foetal heart rate, with signal quality indicators (green for a good signal, red for interference). It is equipped with a configurable alarm system that alerts medical staff in the event of abnormal values, ensuring a high level of safety.
An integrated thermal printer allows real-time recording of monitoring data at selectable print speeds. The monitor can operate continuously, with persistent memory even when powered off. It also features automatic test functions (auto-calibration) and an RS-232C serial interface for connection to a computer.
Compact and portable, the IFM-500 is suitable for a variety of clinical environments, including delivery rooms and obstetrics and gynaecology departments. Its ergonomic design, intuitive control panel and reliability make it a preferred choice for healthcare professionals.
Maintenance is easy thanks to clear recommendations: cleaning the probes with a cloth dampened with warm water or alcohol, regular fuse checks and simple replacement, precautions against moisture and excessive heat. It is also essential to position the transducers correctly on the abdomen to ensure optimal readings.
The IFM-500 complies with international electrical safety (IEC 60601-1) and electromagnetic immunity standards, ensuring proper operation even in medically sensitive environments. It thus offers a comprehensive, effective and secure solution for foetal monitoring.
