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Handheld Ultrasound Device MD-HUSG-3000 Catalog

Overview

Handheld Ultrasound Device MD-HUSG-3000 features a 3-in-1 probe design. The convex probe operates at frequencies of 2.5/5 MHz and 3.2/5 MHz, while the linear probe runs at 7.5/10 MHz. It also features advanced software controls for fine-tuning settings, including gain, depth, enhancement, dynamic range etc. Our product’s lightweight and portable design ensures its use in a variety of clinical and point-of-care settings.

Specifications :
3 in 1 Probe Type Convex array probe
Linear array probe
Phased probe
Frequency Convex + Cardiac: 2.5/5MHz
3.2/5MHz
Linear:7.5/10MHz
Scan Depth Convex: 90 to 160mm
90 to 305mm
Linear:20 to 100mm
Length 125mm
Radius Convex:R45
Elements 128
Waterproof Grad IP68
Display Dual & Full screen Display
Display Mode B
B+M
ColorDoppler
PW
PowerDoppler
Measures Length,Area/Circumference, Angle, Trace, DistanceGA(CRL,BPD,GS,FL,HC,AC) EFW(BPD,FL), HeartRate, Time, Distance, Velocity, HeartRate(2), S/D,Depth
Image gray scale 256 level
Software control GN (gain)
D(depth)
ENH (enhancement)
DR (dynamic range)
F(frequency)
FocusPos
PRF
WF
Mode
8TGC
Biopsy.Annote
Page left/rightup/down
Language Chinese, English, Russian, Italian, Spanish, Portuguese (Brazil)
Connection USB & Wi-Fi (Windows/Android/IOSdevice (Tablet, smartphone, PC)
Power Consumption 10 W (probe run) / 4 W (probe stop)
Battery Lithium Battery 2600mAh
Working time: ≥3h
Standby time: ≥12h
Weight 170g
Features :

  • 3-in-1 Probe Design

  • Compact & Lightweight

  • Anti-skid design

  • Advanced Frequency Range

  • Deep Scan Capability

  • Advanced Doppler Imaging

  • Built-in cooling coating

  • Dual & Full-Screen Display

  • Multiple Imaging Modes

  • Support working while charging

  • Multilingual Support

Applications :

Handheld Ultrasound Device MD-HUSG-3000 is ideal for applications in obstetrics, cardiology, gynecology, urology, vascular assessments, emergency medicine, and general diagnostic ultrasound, offering versatility across a wide range of medical fields.

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