Lian-med Intelligent Fetal Monitoring System

LM-F3 Doppler Fetal Monitor

Third-generation fully digital wireless probe: The probe functions as the main unit with the unique "network interruption and continuation" feature.

The fully digital wireless probe can completely replace traditional wired probes. The patented "network interruption and continuation" feature ensures that monitoring information is not lost and can adapt to various harsh wireless network environments in hospitals.

Dynamic configuration for multiple pregnancies monitoring

The probe and main unit automatically recognize each other, allowing for the addition of fetal heart probes for dual or triple pregnancy monitoring based on needs.

Fetal heart sound playback and monitoring curves

Real-time dragging and reviewing of monitoring curves and listening to fetal heart sounds during monitoring.

Mobile emergency monitoring, supports probe roaming and bed transfer functions

No need to replace the monitoring probe, one-click seamless switching and connection to the main unit, meeting the monitoring needs during transportation from an ambulance to the delivery room.

Graphical management and presentation of labor data

High-resolution touch screen, graphical information input, and recording of clinical events, meeting the quick input needs in obstetrics clinical practice.

Highly integrated and feature-rich

Integrates fetal monitor and clinical information terminal, meeting the requirements of medical informationization.

Paperless design, supports wireless network printing

Technical specifications

Wireless probe: Compatible with Bluetooth and WiFi wireless connections to the main unit, with an extended WiFi communication distance.

Display screen: 12-inch capacitive touch screen with high-definition display.

Multiple pregnancies monitoring: FHR+TOCO can be dynamically configured for dual or triple pregnancy monitoring as needed.

Holistic monitoring records: CTG fetal heart contraction graphs and Doppler fetal heart sound playback at any moment.

Supports wireless centralized printing: Directly connect to standard WiFi printers or thermal printers.

Mobile network connectivity (optional): Built-in 4G mobile network access function, seamlessly connecting to the hospital information platform during ambulance transportation to ensure real-time monitoring data availability.

Installation options: Tabletop, portable, optional wall-mount brackets, ambulance fixed brackets.

Maternal/Fetal Multi-parameter Monitor (LM-F3 plus)

The LM-F3 plus Maternal/Fetal Multi-parameter Monitor has all the features and configurations of the LM-F3 Doppler Fetal Monitor. It can be used as a fetal monitor and can also wirelessly connect with the M1 Maternal Multi-parameter Monitoring Module to form a maternal-fetal monitor. Its main technical specifications and unique advantages are as follows:

Patented "network interruption and continuation" technology

When wireless network congestion or interference occurs, monitoring data is automatically stored and not lost. Once the network is restored, the system automatically uploads the data.

Independent wireless maternal-fetal monitoring module

The M1 Maternal Multi-parameter Monitoring Module is compact and portable, supports monitoring in various positions, and can be wirelessly connected to any LM-F3 plus main unit to dynamically form a maternal-fetal monitor.

Maternal-fetal 9-parameter monitoring

Standard fetal parameters: Fetal heart rate, uterine contraction pressure, fetal movement (fetal activity graph).

Optional maternal parameters: ECG, respiratory waveform, blood pressure, blood oxygen, body temperature, heart rate (or pulse rate).

Innovative "One-touch wireless smart connection" technology

The M1 Maternal Multi-parameter Monitoring Module wirelessly connects with the LM-F3 plus main unit and can freely switch between multiple main units.

Mobile emergency monitoring, supports probe roaming and bed transfer functions

Optional mobile network connectivity, seamlessly connecting to the hospital information platform to ensure real-time monitoring data availability, meeting the needs of mobile monitoring during ambulance transportation and remote monitoring across different hospital areas.