(edit with the Customer Reassurance module)
(edit with the Customer Reassurance module)
(edit with the Customer Reassurance module)
Antepartum fetal monitor that can measure fetal heartbeat (FHR), degree of uterine contraction material (UA: uterine activity), fetal movements (FM).
Optimal data visualization
- 7" TFT LCD touch screen display (800x480)
- 2 display modes: graphic and text
- Memory capacity: 72 hours
Highly accurate data and access
- High accuracy and large detection area
- Easy screen swipe function
- Convenient watertight probes
- 1 MHz that minimizes the waveforms of the fetal heart rate even in the event of movement of the fetus
Press
- CTG interpretation report
- Compatible with standard and A4 sheets
- Can be used with fax paper
Additional benefits
- central wi-fi control up to 16 beds (optional)
- PC compatible
- Internal battery lasting 2 hours (optional)
- 100-240 V, 50-60 Hz adapter
- Multilingual internal software: GB, FR, IT, ES, PT, DE, PL, RO, RU, CZ, HU, BG, TR, KR, CN.
It is recommended to use it after the thirtieth week.
1 pc.
- Dimensions: 296 x 97.5 x h 305.5 mm
- Weight: approx. 2.9kg
- Display: large 7" TFT LCD screen (800x480)
- Thermal matrix printer: print speed: 1, 2, 3 cm/min (real time), paper refill function
-Feeding
- Input: 100-240 V, 1.5-0.7 A, 50-60 Hz
- Output: +18V = 2.8A
- Li-ion battery (optional): 4 hours (charged) - 2 hours (discharged)
- External connection: LAN, Wi-Fi, USB memory
- Fetal heart rate
- Input signal: pulsed Doppler ultrasound
- Ultrasonic frequency: 1.0 Mhz, 975 Khz
- Ultrasonic power: - FHR detection method: autocorrelation
- FHR range: 50-210 bpm ±1 bpm (120-160)
- Fetal movement measurement: pulsed doppler ultrasound detection source, event marker
- Uterine contractions
- Input: External transducer with load cell
- Reference command: one key power, auto-reset
- Measuring range: 0-99
- CTG self-analysis
- FHR Average Baseline
- number of UC
- number of accelerations
- number of decelerations
- late deceleration
- Early deceleration
- Variable deceleration
- high episodes
- weak episodes
- short-term variability
- Signal loss