» My Lab Class C – Discover the Power of Touch
MyLab™ClassC: Discover The Power Of Touch
Your Comfort With A Touch
Whenever physicians think of a high-level cardiovascular and general imaging ultrasound systems, they ask for up-to-date platforms, with high-performance and advanced on-board technologies as well as simplicity and ease of use. MyLab™ClassC has been designed based on these key concepts to deliver a reliable diagnosis, and ensure every day productivity. With just one glance, you will understand how MyLab™ClassC‘s simplicity has never been seen on such a high-level ultrasound scanner .
– سادگی :
Whenever physicians think of a high-level cardiovascular and general imaging ultrasound systems, they ask for up-to-date platforms, with high-performance and advanced on-board technologies as well as simplicity and ease of use. MyLab™ClassC has been designed based on these key concepts to deliver a reliable diagnosis, and ensure every day productivity. With just one glance, you will understand how MyLab™ClassC‘s simplicity has never been seen on such a high-level ultrasound scanner.
– آرگونومیک :
High performance does not always mean large and stationary systems. A particular effort has been made to reduce size and increase the new MyLab™ClassC’s ergonomics. This has led to a compact and agile system, which is easy to move and is able to adapt to any kind of environment, including most critical ones such as interventional and operating rooms. The height-adjustable and rotating keyboard, as well as the multiplane-articulated monitor arm, allow for optimal positioning at all times.
– چراغ – Opti
Optimal lighting has always been a crucial factor for ultrasound imaging. The latest LCD Monitor Technology allows images to be clearly displayed under any condition. MyLab™ClassC also introduces an additional unique feature: Opti-Light. This feature, thanks to a light point behind the monitor, allows the operator to control the room’s lighting level directly from the system, through the especially designed controls located on the touch screen. Optimized working conditions increase users’ comfort and improve patient care.
صفحه ی لمسی :
The large high-quality touch screen is well positioned near the most important working area of the control panel. This touch-screen allows all mode-dependent parameters to be clearly displayed and changed with one simple touch .
The primary component in the Signal Processing Chain leading to the final ultrasound diagnostic image is the transducer. The material design and technology employed to manufacture an ultrasound transducer are the key factors in determining the system’s image quality. iQProbes represent Esaote’s state-of-the-art Technology thanks to its innovative gold standard ultrasound transducers. Designed to improve performance and ergonomics, iQProbe Technology is based on :
. Innovative Active Matrix Composite Material
. Multiple Adaptive Layers Solution
. Structure Filling Material Manufacturing Process
. Intelligent Geometric Lens Manufacturing Process
CnTI ( tm )
CnTI ( Contrast Tuned Imaging ) Esote’s revolutionary technology , in combination with latest generation ultrasound contrast agents , provides impressive clinical result due to precise micro-bubble detection . The very low acustic pressure applied , allows the bubbles life time to be increased , for a clear identification of arterial and late phase . The very high probes sensitivity and the low level of noise and artefacts bring to precise diagnosis , both for lesions detection and characterization . A contrast-dedicated quantification tool is also available .
HD CFM and XFlow
Color Doppler sensitivity and resolution are very important in the assessment of blood flows , specially for those flows with limited dimensions and velocities .
HD CFM technology helps the user to define the right setting to obtain the maximum clinical information . In case of particular diagnostic processes in which morphological information are more important than the hemodynamic itself , XFlow delivers clear pictures with reduced artefacts , and less-important insonation angle dependence .
High Frequency Image
Esaote hystorical leadership in High-frequency Imaging deliver unexpected level of details in any application in which superfication images are required . 22MHz transducers , XView , MView , ElaXto and X4D , as well as “ A Universe under the mm “ package are just few examples of the technological potential of the MyLabClassC , The clinical results are simply astonishing , open new research fields and new levels of diagnosis .
Advanced technologies such as ElaXto and X4D are implemented not just as additional qualitataive information , but as important quantitative package to deliver objective and fast diagnosis .
The advanced 3D/4D package takes advantage of innovative ways of visualizing conventional 2D ultrasound images through sophisticated algorithms and it able to deliver outstanding 3D/4D volume reconstructions , measurements of length , surface , perimeter , diameter and angle as well as volume areas in the multi-dimensional display allow to provide both quantitative analysis and qualitative acquisition , with the link to a special database to file all personal data sets .
QIMT _ QAS
QAS ( Quality Arterial Stiffness ) together with QIMT ( Quality Intime Media Thickness ) are part of the exclusive Esaote RF-date technology .
These two advanced technologies have a fundamental role in the Esaote “ Prevention and Quantification “ program , with the target of early detection of the atherosclerosis and cardiovascular disease ( CVD ) .
Accuracy , ease of use , real time immediate feedback , report and graphs aloow physiciars to easily evaluate possible consequence that any disease or treatment might have on the vascular system .