Portable Cardiotocography Fetal Maternal Ctg Machine is an important tool for ensuring the well-being of the fetus and for maternal assessment during labor and delivery.Fetal monitors are primarily used in monitoring vital signs of fetus and mother including fetal heart rate, fetal movements and uterine contraction of the mother. Advanced models also help in monitoring maternal parameters including blood pressure, maternal heart rate, and maternal SpO2. Monitoring of fetus health helps in detecting events where timely intervention can prevent acute conditions such as hypoxic ischemic encephalopathy, cerebral palsy or even fetal death.
jpd-300p twin ctg fetal monitor with Basic standard(three parameter):FHR,TOCO,FM, the following functions could be added Option: twin montiroing,Maternal Spo2.HR.NIBP , Temp,ECG and RR
Product introduction
CE marked
Basic standard(three parameter):FHR,TOCO,FM
Save 24 hours data
Fetal heart probe is especially built-in fetal wake up function
Registration Manual fetal movement
Visual and audible alarm for the maximum and minimum heart rate of fetus
With freeze function
Monitoring of a fetus or twin
Communication port integrated monitoring system, Can be connected to the obstetrical central station
Standard display 3 parameters: Fetal heart rate(FHR),uterine contraction(TOCO),the movement of fetus(FM).Can add other parameters like maternal HR, Spo2, NBP, Temp, Respiration, Pulse Rate.
Large LCD display of 7 inches, with high brightness for easy viewing in color.
Include printer and thermal paper
Meet the need of whole stages of labor (including antepartum and intrapartum monitoring for fetus and mother)
Features
Lightweight, space saving and easy to operate
System easy to use menu that allows quick access to a specific function.
Obstetric management interface as standard.
Large lighted display.
Interface of parameters of FHR, TOCO, FM, with digital and curve display.
Presentation continuous tracings of heart rate and uterine activity.
Records can be annotated by pressing a button.
Detection of fetal movements by the mother and automatic.
Change recording paper quick and easy.
Variant of twins.
Clearer differentiation between two heart rates and avoids the difficulty of interpreting the tracings made or overlapping.
Battery indication, pregnant No. display
Alarm system, both light and sound
12.1-inch TFT color Folding up to 90 degree.
Build-in long life thermal printer with 152mm width printing paper
DSP technology, real time identify and measurement for FHR, accurate and reliable results.
Special high sensitive transducer
Transducers color coded for easy recognition.
10 hours data storage which can be playback and printed
Low ultrasound power, to fetus safety
Wide range of applying voltage (100-240V)
Three-in-one Piece Type of Sensor or separated sensor for choose
Both the probe is water-proof, anti-shock, anti- fall
The fetal wake up function is especially built-in fetal heart probe
The difference between the new model and the old model is the appearance, and the function is the same.
Options
Maternal Spo2, HR, NIBP and temperature measurement
Maternal ECG and PR measurement
Twins monitor interface, Twins FHR measurement
Build-in network /PC/connecting interface
FAS (fetal acoustic stimulator
Technical parameters
|
Ultrasound frequency |
1MHz± 5% |
Power supply |
AC100~240V 50/60Hz |
Working temperature (centidegree) |
5~40 |
Working humidity |
< 85% |
Working atmospheric pressure (KPa) |
86~106 |
Storage temperature (centidegree) |
-10~+55 |
Storage relative humidity |
< 93% |
Storage atmospheric pressure |
86~106 |
Machine0.2% Dimension (mm) |
|
Net weight |
|
FM |
Button hand count automatic cumulative number of movement |
ECG |
Range |
30~300bpm |
Accuracy |
± 1bpm |
Choice |
I, II. III, AVR, AVL, AVF, V |
Scan speed |
12.5/25/50mm/s |
Gain choice |
*0.25, *0.5, *1, *2 |
Application |
Diagnosis, monitor, surgery |
RESP |
Range |
1~99rpm |
Resolution |
1rpm |
Accuracy |
± 2rpm |
TEMP |
Range |
26~45 centidegree |
Resolution |
0.1centidegree |
Accuracy |
± 0.2% |
FHR |
Ultrasound intensity |
< 5mW/cm 2 |
Measure range (bpm) |
50~210 |
Alarm range (bpm) |
H: 160/170/180/190 |
L: 90/100/110/120 |
Maximum audio output power |
1.5W |
TOCO |
Measure range |
0~100 unit |
Resolution |
1 |
Non-linear error |
≤ ± 5% |
Maternal HR |
Measure scope (bpm) |
30~240 |
Measure accuracy (bpm) |
± 2 |
Maternal SPO2 |
Measure scope |
70%~99% |
Resolution |
1% |
Measure accuracy |
± 2bpm |
NIBP |
Systolic pressure |
50~240 mmHg |
Diastolic pressure |
15~180 mmHg |
Mean pressure |
25~200 mmHg |
NIBP accuracy |
± 8mmHg |
PR |
PR range |
40~240bpm |
Mode |
Automanual |
Resolution |
1 mmHg |
PR accuracy |
± 2bpm |
Technical parameters
|
Ultrasound frequency |
1MH z ± 5% |
Power supply |
AC100~240V 50/60Hz |
Working temperature ( celsius degree ) |
5~40 |
Working humidity |
< 85% |
Working atmospheric pressure (KPa) |
86~106 |
Storage temperature ( centidegree ) |
-10~+55 |
Storage relative humidity |
< 93% |
Storage atmospheric pressure |
86~106 |
Machine0.2% dimension (mm) |
|
Net weight |
|
FM |
Button hand count automatic cumulative number of movement |
ECG |
Range |
30~300bpm |
Accuracy |
± 1bpm |
Choice |
I, II. III, AVR, AVL, AVF, V |
Scan speed |
12.5/25/50 mm/s |
Gain choice |
*0.25, *0.5, *1, *2 |
Application |
Diagnosis, monitor, surgery |
RESP |
Range |
1~99rpm |
Resolution |
1rpm |
Accuracy |
± 2rpm |
TEMP |
Range |
26~4 5 centidegree |
Resolution |
0.1 cetidegree |
Accuracy |
± 0.2% |
FHR |
Ultrasound intensity |
< 5mW/cm 2 |
Measure range (bpm) |
50~210 |
Alarm range (bpm) |
H: 160/170/180/190 |
L: 90/100/110/120 |
Maximum audio output power |
1.5W |
TOCO |
Measure range |
0~100 unit |
Resolution |
1 |
Non-linear error |
≤ ± 5% |
Maternal HR |
Measure scope (bpm) |
30~240 |
Measure accuracy (bpm) |
± 2 |
Maternal SPO2 |
Measure scope |
70%~99% |
Resolution |
1% |
Measure accuracy |
± 2bpm |
NIBP |
Systolic pressure |
50~240 mmHg |
Diastolic pressure |
15~180 mmHg |
Mean pressure |
25~200 mmHg |
NIBP accuracy |
± 8mmHg |
PR |
PR range |
40~240bpm |
Mode |
Automanual |
Resolution |
1 mmHg |
PR accuracy |
± 2bpm |