Handheld Ultrasound Device MD-HUSG-1006 Catalog

Handheld Ultrasound Device MD-HUSG-1006 features a high-frequency range of 10 to 14 MHz, for superficial applications in clinical setup. With a compact L25 footprint, 192 elements, and a 64-channel design, it delivers high-definition images. Its multi-modal imaging suite, including B and B+M modes, offers comprehensive diagnostic capabilities. Our product is an ideal solution for modern diagnostic imaging, combining portability, intelligence, and precision in a single, advanced device.

Probe type	Wireless micro linear probe
Frequency	10 to 14 MHz
Footprint	L25
Elements	192
Channel	64
Scan Depth	20 to 80 mm
Frame rate	24 f/s
Display Mode	B Mode, B+M, PW Doppler, Color Doppler, Power Doppler
Presets	MSK, Breast, Thyroid, Superficial, Vascular, Pediatrics, Carotid, Small Parts
Software adjustable parameter	GN (gain), D(depth), ENH (enhancement), DR (dynamic range), F(frequency), FocusPos, PRF, WF, Mode, 8TGC, Biopsy, Annote, Page left/rightup/down
Measurement	B: Length, Area/Circumference, Angle, Trace, Distance B+M: Heart rate, Time, Distance B+PW: Velocity, Heart rate (2), S/D, Depth, Time
Clip loop	100/200/500/1000 frame
Waterproof grade	IP68
Image storage format	jpg, avi, Mp4 and DICOM
Languages	Chinese, Ukrainian, German, English, Russian, France, Italian, Spanish, Portuguese (Brazil)
Connection type	Built-in WiF 802.11n/20MHz/2.4G/5G
Compatible platform	Android, IOS, Windows
Battery	4200mAh, 3.7V
Battery life	5 to 8 years
Working hours	Working time: more than or equal to 3 hours Standby time: more than or equal to 12 hours
Charging	Wireless charging
Dimensions	158 × 70 × 30 mm
weight	212 g

• High-Frequency Imaging
• Multi-Dimensional Imaging Suite
• Enhanced Image Optimization
• Adaptive Signal Processing
• Dynamic Imaging Presets
• PACS-Ready Storage
• IP68 Waterproof Design 
• Cloud Connectivity
• Long-Lasting Battery

• Wireless Probe × 1
• Wireless Charger × 1
• USB Charging Cable × 1
• Wrist Strap × 1
• Plug × 1

Handheld Ultrasound Device MD-HUSG-1006 excels in musculoskeletal, vascular, breast, thyroid, pediatric, and small-part imaging, offering AI-driven precision, Doppler analysis, and wireless connectivity for rapid, high-quality diagnostics.