The MMT Real-Time Bladder Scanner is the perfect choice if you are looking for a flexible Real-Time bladder scanner. The MMT Bladder Scanner is a beautifully designed Real-Time ultrasound probe that can be fully integrated with our Urodynamics platforms - DanFlow 2000/3000, Uromic Blues, Uromic Jive, Uromic Quickstep, Uromic Samba and Uromic Tango.
It can also run as a portable stand-alone device on a Windows tablet/desktop computer/laptops running Windows XP/7/8/10.
The MMT Real-Time Bladder scanner includes a USB driven probe and the software is installed on your computer to provide easy access to bladder volume calculation for estimated capacity measurements or non-invasive post-voiding residual estimation. The user controls the scanning from a single-button on the Scanner or by using a mouse or touchscreen buttons (subject to where the device is setup). Post Voiding Residual (PVR) measurements are available within seconds.
When used on the Urodynamic software platform, the function of this probe can be fully linked to the Urodynamic software and results transferred into the urodynamic report
There are three scan depth for different body types:
10 cm – for paediatric use or very slim patients
16 cm – for normal build adult patients
23 cm – for larger or obese patients
Single button control to start/stop the bladder scanning
No sonography skills or experience needed
Fully automated scanning in multiple planes from one position on the body
Auto-locating and auto-tracking tool of the bladder in real-time to assist accurate scanning
Manual override of bladder if required
Advanced signal and image processing for sharp and clear images
Full page reports in JPEG or DICOM formats possible
Automatic PVR calculation possible (pre-void/post void scan options)
Post-test quality indicators to verify scan quality and affirm results
Logging of all scans
Simulator to re-run previous scans for end user training purposes if required
Physiological anomalies that may alter volume calculation can be visualised
Range 0 - 1000 ml, accuracy + - 10 %,