Jumper JPD-100B Fetal Doppler

The Jumper JPD-100B Fetal Doppler is a reliable, clinically tested prenatal monitoring tool that uses high-sensitivity ultrasound technology to detect and amplify the fetal heart rate (FHR) as early as the 12th–16th week of pregnancy (depending on factors like fetal position and maternal build). It features a clear TFT/LCD display with backlight for easy viewing in any lighting, showing real-time FHR value (50–210 ±2 BPM), waveform, volume level, and battery status—helping users track the baby’s well-being conveniently. Key highlights include:

• 2.5 MHz (or optional 3.0 MHz) waterproof probe for accurate, non-invasive detection with low ultrasound dosage (under 50% of national standards for safety).
• Built-in speaker with adjustable volume for clear, loud fetal heartbeat sounds without interference.
• Backlit display and 2 TFT display modes for visibility in low light.
• Real-time measurement mode with 1-minute auto power-off to conserve battery.
• Lightweight, ergonomic handheld design (dimensions approx. 129 × 83 × 34 mm) for easy one-handed use and portability.
• Powered by 2 AA batteries (included in many packages; some variants rechargeable) with low-battery indicator and safety mode.
• Includes ultrasound gel for optimal acoustic transmission.
• Durable and easy to operate, with stable performance and high-resolution sound.

Manufactured by Shenzhen Jumper Medical Equipment Co., Ltd. (a trusted Chinese medical device brand since 1998), this model is popular for its affordability, simplicity, and emotional connection it offers—allowing mothers to hear their baby’s heartbeat regularly for reassurance, especially after previous pregnancy concerns. It’s suitable for home use by expectant parents or as a supplementary tool in prenatal care. Note: This is not a substitute for professional medical monitoring; always consult your healthcare provider for concerns.Variants may include JPD-100B2, B3, B4, or plus models with slight differences (e.g., rechargeable options or probe frequencies).