Compatible Bionet FC1400 Toco Transducer 6pin connector

The Compatible Bionet FC1400 TOCO Transducer is a uterine contraction pressure sensor specifically designed for the

Bionet FC1400 fetal monitor, used for real-time monitoring of uterine contractions in pregnant women. This product senses

changes in abdominal wall tension and transmits contraction signals stably and accurately to the monitoring unit, providing

reliable data support for prenatal examinations and labor monitoring.

Highly Compatible Design

This TOCO sensor is manufactured strictly according to the Bionet FC1400 interface and communication standards,

allowing direct replacement of original parts without additional setup or calibration. This ensures smooth device recognition

and stable data acquisition, suitable for rapid replacement and routine maintenance needs in hospitals.

Precise Contraction Monitoring

The built-in high-sensitivity pressure sensing element accurately captures changes in the intensity and frequency of

uterine contractions, reducing signal drift and errors. This provides doctors with reliable information to assess labor

progress and contraction quality, improving the accuracy of clinical decisions.

Ergonomic Design

The sensor housing features a rounded, conforming structure that naturally fits the curves of a pregnant woman's abdomen,

ensuring comfortable wear and even pressure distribution. Suitable for prolonged continuous monitoring, it significantly

improves the pregnant woman's examination experience.

Durable Medical-Grade Materials

Both the housing and cables are made of medical-grade safety materials, possessing excellent wear resistance, bending

resistance, and aging resistance. They can withstand high-frequency clinical use and repeated cleaning and disinfection,

extending the product's lifespan.

Plug and Play, Easy to Use

Utilizing a standardized interface design, it supports plug-and-play operation. Nursing staff can quickly complete installation

and replacement without specialized training, reducing equipment downtime and improving efficiency in delivery rooms

and intensive care units.