Stock Code: 300206

Acclarix AX8

Within its sleek footprint, the AX8 contains a fully featured, diagnostic ultrasound platform with advanced imaging modes, dual touch screens, a gesture-control user interface, and a full suite of next-generation transducers that support a wide range of applications including abdominal, OB/GYN, MSK, vascular, basic cardiac, nerve, pediatric and small parts.
​Features and Benefits

Acclarix AX8 -- New Generation Ultrasound Platform

        Silicon Valley innovation and design expertise

        128 channels on transmit and receive

        Exceptional computing power resulting in outstanding image processing

Distinctive Design with Intrinsic Quality

        15'' HD LCD monitor reinforced with specially engineered glass 
        Tilt-and-swivel monitor with 60°left/right swivel

        10”touch-screen with gesture-control user interface
        Additional 5” touch screen houses a virtual trackball
        Fully sealed control panel, with frequently used hard keys, aids in maintaining infection control

        Touch-sensor for rapid battery level check in two locations
        Removable lithium ion battery

Innovative Imaging Technologies

        Tissue Adaptive imaging
        Harmonic imaging
        Speckle reduction imaging
        Spatial compound imaging
        Panoramic Imaging 
        Needle visualization
Intelligent Workflow

        Virtual TGC adjustment 
        User-defined preset menu
        Gesture control user interface
        Detail/General/Penetration & High Flow/Medium Flow/Low Flow quick-sets
        Connectivity: DICOM, 4 USB ports (2 2.0/2 3.0),
        Ethernet, headphone socket, video out, PDF, AVI and
        BMP file export, microphone input 
        Standard 500 GB hard disk

Tissue Adaptive Imaging
Edan’s significant investment in Tissue Adaptive Imaging (TAI). This proprietary technology adapts the image based on the characteristics of the tissue it is imaging. The benefits of Tissue Adaptive Imaging are: 
          Improved penetration for linear transducers
          Enhanced Color Sensitivity and Hemodynamic display
          Improved Spectral fill-in and border detection

 

Speckle Reduction Technology

peckle reduction imaging uses real-time image processing to improve visualization of anatomy and pathology by reducing the speckle noise. Edan's speckle noise reduction imaging technology uses an advanced multi-scale anisotropic filtering algorithm. This imaging technology is excellent at separating the noise regions from the diagnostic image allowing complex filtering to be performed differently on noise versus true anatomic information thus producing an enhanced image.

 

 

 

 

Spatial Compounding

Spatial Compounding combines several different component images to display an image with improved quality. In addition to the image formed by transmitting ultrasonic waves directly away from the transducer, images are formed with waves that have been electronically steered at an angle away from the transducer. Different degrees of steering can be used to produce multiple, different images.
The speckle in these component images will be different because of the electronic steering, but macroscopic variation – like the brightness variation caused by a liver lesion – will be shared between the component images. By combining the images, the speckle noise is reduced while the image contrast is enhanced.

 

MC8-4Q

Applications:  

Neonate, Pediatric, Nerve, Vascular

L12-5Q

Applications:  

Small parts, MSK, Nerve and Vascular

C5-2Q

Applications:  

Abdominal, Urology, OB, Fetal echo, Gynecology, Nerve and MSK

P5-1XQ

Applications:  

Adult cardiac screening

L17-7SQ

Applications:  

MSK, Nerve block, Vascular access

L17-7HQ

Applications:  

Small parts, MSK, Nerve and Vascular

E8-4Q

Applications:  

OB/GYN and Prostate applications