Biosound MyLab30
The MyLab™30 ultrasound system is an evolutionary step in ultrasound technology. Weighing less than 20 pounds, it is the first compact ultrasound system to deliver premium console performance. And with mobile, portable or stationary configurations, MyLab30 can adapt to any clinical environment.
The features you need to be successful:
- Robust digital management
- DICOM standard
- CW Doppler & ECG standard
- 15" monitor
- Integrated CD/RW, RJ 45 port and USB port for transferring clinical data
- Windows® platform
- Ergonomic design and workflow
- Full feature keyboard
MyLab30 is the perfect combination of size and performance. It offers the portability and adaptability needed in today’s clinical environment without compromising the clinical performance necessary to provide the highest levels of patient care.
Downloads and Links
Product Brochure (PDF)
TRANSDUCERS FOR USE WITH THE MYLAB™30 ULTRASOUND SYSTEM
CA123
9 - 5 MHz
Micro Convex
-Abdominal, MSK, Cardiac
CA421
5 - 2 MHz
Curved Array
-Equine, deep penetration, small animal
LA424
15 - 10 MHz
Linear Array
-Small Parts,MSK, High-res ab
LA523
12 - 7 MHz
Linear Array
-Small parts, MSK, High-res ab
PA230E
4 - 1 MHz
Phased Array
-Equine cardiac, deep penetration, small animal
PA121E
5 - 3 MHz
Phased Array
-Cardiac, abdominal, small animal
PA122E
7 - 3 MHz
Phased Array
-Cardiac, abdominal, small animal
PA023E
10 - 5 MHz
Phased Array
-Cardiac, feline, exotics
LV513E
7.5 - 5 MHz
Linear Array
-Large animal, high resolution, rectal probe
TEE022
7.5 - 3.3 MHz
Phased Array
-Transesophagel, high resolution
Offering portability and applicability over a wide range of clinical specialties without compromise, MyLab30 implements phased array technology for cardiac imaging, linear array for vascular and small parts imaging, as well as curved array and microconvex for general imaging. The system allows for the evaluation of the heart, vasculature and organs of the body with the appropriate transducer technology and the appropriate measurement and analysis packages. Further, it allows for the implementation of advanced features such as integrated contrast acquisition, stress echo, tissue Doppler and high resolution multiplane TEE imaging.
