7.5MHz/10MHz WiFi Wireless Ultrasound Probe

• Customization: Available
• Customized: Customized
• Certification: CE
• Model NO.: MCI0080
• Product Name: Wireless Ultrasound Probe
• Scanning Mode: Electronic Array
• Display Mode: B, B/M
• Probe Element: 128
• Channel of RF Circuit Board: 32
• Probe Frequency: 3.5MHz/5MHz
• Transport Package: Standard Package
• Specification: standard size
• Trademark: MeCan
• Origin: China
• Production Capacity: 500 Pieces/a Month

Product Description

7.5MHz/10MHz WiFi Wireless Ultrasound Probe

Model:MCI0080

Product Description

This handheld ultrasound probe offers unmatched convenience and flexibility for medical professionals. With advanced ultrasound probe elements, this wireless ultrasound scanner provides high-quality imaging for accurate diagnosis.

Features

Advanced digital imaging technology,clear image
High cost-effective.
Small and small size,easy to carry.
Wireless type without probe cable,working freely.
Waterproof design,convenient for sterilization.
Remote diagnostic convenience,capability and easy image transfer.

Product Parameters

Scanning mode	Electronic array
Display mode	B, B/M
Probe element	128
Channel of RF circuit board	32
Probe frequency and	Linear head 7.5MHz/10MHz
Scan depth	20/40/60/100mm
Head width	40mm
Image Adjust	BGain, TGC, DYN, Focus, Depth, Harmonic, Denoise,
Cineplay	Auto and manual, frames can set as 100/200/500/1000
Puncture assist function	The function of in-plane puncture guide line, out-of-plane puncture guide line, automatic blood vessel measurement.
Measure	Length, Area, Angle, heart rate, Obstetrics
Image save	jpg, avi and DICOM format
Image frame rate	18 frames / second
Battery working time	3~5 hours(according to different probe and whether keep scan)
Battery charge	by USB charge or wireless charge, take 2 hours
Dimension	156×60×20mm
Weight	220g~250g
Wifi type	802.11g/20MHz/5G/450Mbps
Working system	Apple iOS and Android, Windows

Standard Configuration:
Wireless probe device  1 Unit
Built-in Battery and charge cable  1 Set
User Manual copy

Imaging

 

 

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