C10MT-Pro Convex Portable Ultrasound
The C10MT-Pro is an upgraded wireless convex ultrasound probe with a 192-element array and colour Doppler imaging. It connects by Wi-Fi to your iPhone, iPad, Android device or Windows PC, and is designed for abdominal, bladder, obstetric, pelvic floor and lung scanning. A dual-battery design, 4-sided anti-slip housing and IP68 water protection make it a robust option for busy clinics and mobile use.
What Is the C10MT-Pro Handheld Ultrasound?
The C10MT-Pro is a wireless convex array probe operating at 3.5-5.0MHz. Compared with the standard C10MT, it adds a 192-element array, a dual-battery design for longer operating time, a 4-sided anti-slip housing and an IP68 rating, so it can be wiped down and handled with confidence. It works with the Wireless US app, and patient data, measurements and images are stored on your own device
Suggested Applications for the C10MT-Pro
Bladder and Urology
- Pre and post-void bladder volume measurement
- Bladder scans for retention assessment
- Kidney and urinary tract screening
Women's Health and Obstetrics
- Obstetric (OB) scans, including gestational age and estimated fetal weight measurements
- Gynaecological scanning
- Pelvic floor evaluation
Abdominal
- General abdominal scans
- Liver, gallbladder, spleen and kidney assessment
- Free fluid detection
Musculoskeletal and Physiotherapy
- Transversus abdominis (TrA) scans
- Deep core muscle activation biofeedback
- Real-time visual feedback during rehabilitation
Lung and Point-of-Care
- Lung imaging
- Bedside and emergency assessment
- Home visits, aged care and remote clinics
How Does the C10MT-Pro Wireless Ultrasound Work?
The probe connects by Wi-Fi to your personal device. Find the probe in your device's Wi-Fi settings, select it, and open the app. The unit is then ready to scan. USB cable connection options for Android and Windows. There is no ongoing licensing or subscription fee
Functions and Features
- Colour Doppler imaging with a 192-element convex array
- Adjustable gain, dynamic range, focus position and depth
- On-screen callipers for measurements
- Image and cine loop saving to your device memory or photo library
- Dual-battery design for extended scanning time
- Wireless charger and USB cable included
Please note: this item is for pre-order. Allow 10-14 days for delivery.
C10MT Convex Handheld Ultrasound Probe Specifications
| Specification | Detail |
|---|---|
| Probe type | Electronic convex array |
| Frequency | 3.5 and 5.0MHz |
| Elements / channels | 192 elements, 64 channels |
| Scan depth | 90 / 160 / 240 / 300mm |
| Scan angle | 60° (R60) |
| Display modes | B, B/M, Color, PW, PDI |
| Frame rate | 18-24 fps |
| Battery | 4 hours scanning, 72 hours standby |
| Recharge time | 2-3 hours via USB cable or Wi-Fi charger |
| Dimensions | 140 x 62 x 30mm |
| Weight | 230g |
| Presets | Abdomen, OB and Gynaecology, Urology, Kidney, Lung |
App Interface Features
- Adjustable gain and 8 x TGC sliders
- Adjustable depth, dynamic range and frequency
- Edge enhancement (ENH)
- Centreline display and body marks
- Dual screen and measurement zoom
- Full screen button
Measurements
- B mode: length, area/circumference, volume, angle, trace, distance, gestational age (CRL, BPD, GS, FL, HC, AC), estimated fetal weight (BPD, FL)
- B+M: heart rate, time, distance
- B+PW: velocity, heart rate, S/D ratio, depth
- Vessel Flow preset (auto measure): PS, ED, TAMEAN, PI, RI, S/D, diameter, flow
Connection Options and System Requirements
| Device | Connection |
|---|---|
| iPhone / iPad (iOS) | Wi-Fi only |
| Android | Wi-Fi or USB Type-C |
| Windows 10 / 11 PC | Wi-Fi or USB |
- iOS: iOS 11.0 or later (iPhone 7 to 13 series or later; iPad Air 2, iPad Mini 5, iPad Pro series or later)
- Android: Android 14 or later
- Windows: Windows 10 or 11
ARTG: 407353
The C10MT-Pro is a versatile portable ultrasound that matches the portability and user-friendliness. This portable ultrasound machine offers a perfect combination of precision, mobility, and ease of use. It is ideal for clinicians requiring rapid, on-the-go diagnostics with a reliable device that fits in the palm of the hand.
