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Discover Comprehensive Fetal Monitor Solutions in Malaysia - Available on Medzell
Explore a comprehensive range of Fetal Monitors, meticulously crafted to meet the diverse needs of obstetric care in Malaysia, from antepartum to intrapartum periods. This selection ensures healthcare professionals have access to the most advanced and reliable technology for monitoring fetal well-being.
The collection includes state-of-the-art Electronic Fetal Monitoring Devices, providing accurate readings of fetal heart rates and uterine contractions, essential for assessing fetal health during pregnancy and labor. Antepartum Fetal Monitors are designed for use before labor, allowing for non-invasive monitoring of the fetus, ensuring safety and peace of mind for expectant mothers and healthcare providers.
During labor and delivery, Intrapartum Fetal Heart Rate Monitors offer precise, real-time monitoring, crucial for making timely decisions. Portable Fetal Dopplers enable fetal heart monitoring in various settings, providing flexibility without compromising accuracy.
Wireless Fetal Monitoring Systems represent the cutting edge of maternal-fetal care technology, offering the freedom to move while ensuring continuous monitoring. For multiple gestations, Twin Fetal Monitors provide simultaneous tracking of each fetus, ensuring individualized attention.
Understanding the diverse needs of users, Waterproof Fetal Monitors are available for water birthing scenarios, and devices with Contraction Tracking capabilities offer a comprehensive overview of labor progression.
Handheld Fetal Heart Monitors offer convenience and portability, ideal for quick check-ups and home use. For a more detailed analysis, Fetal Oxygen Saturation Monitors can be utilized to assess fetal well-being more comprehensively.
Supporting this line of monitors, Fetal Monitor Accessories are available, including comfortable and adjustable Fetal Monitor Belts, high-quality Fetal Monitor Paper for printing records, and precise Fetal Monitor Transducers. For ease of use and mobility in clinical settings, Fetal Monitor Carts and Fetal Telemetry Units are also available, designed to integrate seamlessly into the healthcare environment.
Digital Fetal Monitors combine modern technology with clear, user-friendly interfaces for healthcare professionals. With Smart Fetal Monitoring Technology, these devices incorporate the latest advancements, including data analysis and remote monitoring capabilities, to provide the best possible outcomes for mother and child.
This category of Fetal Monitors is a testament to the commitment to supporting healthcare professionals in providing the highest standard of care. Each product is selected for its reliability, accuracy, and ease of use, ensuring that healthcare providers have the tools they need to deliver the best maternal-fetal care. Explore this selection to find the ideal fetal monitoring solutions tailored to clinical needs in Malaysia.
Buying Guide for Fetal Monitors in Malaysia
How to choose
The choice of Fetal Monitors can be based on its parameters (Fetal Movement (FM), Tocodynamometry (TOCO), Fetal Heart Rate (FHR), … Read more
The choice of Fetal Monitors can be based on its parameters (Fetal Movement (FM), Tocodynamometry (TOCO), Fetal Heart Rate (FHR), NiBP, SpO2) and its configuration (Wireless, With CMS Capabilities & Inbuilt Printer).
Additional beneficial features to consider while choosing fetal monitors are their capabilities to record the reading of mothers’ ECG, temperature, reading of twins' FHR, and Direct ECG (DECG).
Application
The fetal heart rate monitor is used in the gynecology department to measure the heart rate and rhythm of your baby (fetus). It is used in monitoring the FHR, the … Read more
The fetal heart rate monitor is used in the gynecology department to measure the heart rate and rhythm of your baby (fetus). It is used in monitoring the FHR, the mother’s heart rate during prenatal, late pregnancy, and labor. These monitors are also used to identify signs of fetal distress.
They are also used to check how preterm labor medicines are affecting your baby. These Fetal monitors can be used in different tests including a Nonstress test (measures fetal heart rates as the baby moves), Contraction stress test (measures FHR along with uterine contractions), Biophysical profile (BPP) (combined a nonstress test with ultrasound).FSEs are used for internal monitoring during labor if external monitoring is not reliable.
Frequently Asked Questions
Fetal monitoring can be done in two ways: externally and internally. A tiny electrode called Fetal Scalp Electrode (FSE) is placed on the baby's scalp during internal monitoring to track the infant's heart rate more precisely. The fetal heart rate transducer or ultrasound disc measures the infant's heart rate on an external monitor.
The two main types of transducers used in a typical electronic fetal heart monitor are a fetal heart rate transducer (doppler ultrasound transducer or fetal scalp electrode) for fetal heart rate detection and a tocodynamometer for uterine contraction detection. These transducers are connected via a lead (CTG belt) to the monitor through which it can be recorded or printed. Some fetal monitors have printers that print FHR trends, and ECG in CTG paper.
During a fetal Doppler test, sound waves are used to hear the unborn child's heartbeat. A portable device is used to detect changes in movement that are translated into sound in this type of ultrasound. When using CTG, sensors are pressed up against the mother's abdomen and connected to a heart rate monitor, which records the baby's heartbeat. The temporal relationship between changes in the fetal heart rate and uterine contractions is captured by cardiotocography.
Two flat plate-like electrodes - one is a heart rate transducer and one is a tocodynamometer are used in external monitoring. A small, circular, corkscrew-shaped needle attached to a coated wire called a fetal scalp electrode is used in internal CTG.
The CTG monitor comes equipped with FHR transducers, TOCO transducers, transducer belts for uterine contraction, thermal paper, ultrasound gel, a plastic dust cover, remote switch event markers, and a monitor.
In addition to Fetal Heart Rate, Maternal Heart Rate, and Uterine Contraction, some advanced NST devices also measure other maternal health indicators like NiBP, SpO2, Temperature, Respiration, and ECG (almost replacing a 5-para monitor).
Potential complications from the misuse of fetal monitors include unnecessary anxiety from misinterpreting normal variations in fetal heart rate, overreliance on monitoring data leading to unnecessary interventions, and, in the case of internal monitors, a slight increase in the risk of infection. These complications can be avoided through proper training of healthcare professionals, judicious use of monitoring based on clinical indications, and clear communication with patients about the limitations and purpose of monitoring.
Fetal monitors integrate with other maternal and neonatal care technologies through centralized monitoring systems that allow healthcare providers to observe multiple parameters, such as maternal vital signs
Fetal monitors can be used for home monitoring, particularly in the form of handheld Doppler devices for listening to the fetal heartbeat. While these devices can provide reassurance to expectant parents, their use should be guided by healthcare professionals to avoid misinterpretation and unnecessary anxiety. Home monitoring should not replace regular prenatal care, and any concerns or abnormal findings should prompt consultation with a healthcare provider.
Best practices for the application and interpretation of fetal monitor data include:
Proper placement and securing of external sensors or careful insertion of internal electrodes for accurate readings.
Continuous monitoring and regular assessment of data by trained healthcare professionals to identify any signs of distress.
Understanding normal fetal heart rate patterns and recognizing deviations that may indicate complications.
Integrating fetal monitoring data with other clinical assessments of the mother and fetus for a comprehensive evaluation.
Regularly updating skills and knowledge on fetal monitoring to ensure accurate interpretation of data.
Adherence to these practices ensures effective monitoring and contributes to informed clinical decision-making.
