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See the fetus as a newborn today; with advanced 3D imaging using a surface rendering technique to obtain life-like images. Add movement to create impressive images using 4D imaging. Volume imaging can be manipulated to obtain multi-planar reconstruction slices for diagnosis of fibroid location, polyps and uterine cavity structure.
Luminance is an innovative surface rendering technique that provides a softer and more natural visualisation of the human skin, resulting in images of photographic impression and quality.
A semi-transparent glass effect that can help physicians assess different layers of tissue and positioning of vessels simultaneously. Shadow Glass combined with functional data may help clinicians to better understand pathology.
Automatically count follicles with volume imaging of the ovary. 4D, Single-Sweep and Smart Sensor 3D techniques automatically provide accurate identification of the number of follicles and their size in a comprehensive report.
Better appreciate the relationship between anatomy and pathology by reviewing an acquisition in up to 3, straight or curved planes. Easily manipulate slice thickness to obtain optimal diagnostic results.
Provides maximum diagnostic confidence by allowing reconstruction of MPR images from volume imaging. This ensures visualisation in optimal planes, providing improved detail for anatomical reference. Use in conjunction with Shadow Glass effect for an impressive photo-realistic image.
Virtual hysteroscopy allows visualisation of internal structures to enable accurate interventional and surgical planning.
Evaluate pregnancies, already in the first stages of life with accuracy and confidence with the Aplio’s high-quality and high-resolution volumetric imaging
Cut an acquired volume in any direction to reveal high-resolution off-axis views to enhance diagnostic confidence of complex structures.
Doppler Luminance provides a homogeneous, easy-to-interpret colour display with high accuracy and rich details, even in the smallest vessels. Doppler Luminance offers high frame rates while maintaining full B-mode image quality.
ADF uses short pulse Doppler to obtain high resolution colour imaging. Colour fill is contained within ventricles and blood vessels with excellent spatial and temporal resolution.
The system’s sensitive Colour Doppler depicts flow around key anatomical structures of the heart and greater vessels with high resolution and sensitivity while maintaining full image quality for better visualisation of defects.
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Assess fetal hemodynamics with the unmatched detail and definition of Canon’s SMI technology. Superior spatial resolution and sensitivity provide precise visualisation of flow patterns in and around the fetal heart.
Easy and quick acquisitions enable superior EFW accuracy when assessing for fetal growth restriction.
For a more comprehensive evaluation, Aplio’s Smart Fusion option allows you to display the live ultrasound image in sync with a pre-loaded MRI data set or previously acquired ultrasound data.
Superior processing power and the ability to acquire high frame rates enables rapid and accurate assessment and quantification of left ventricular fetal cardiac function.
High temporal resolution and low angle dependency allows for accurate calculation of the Myocardial Performance Index (MPI) and other fetal heart measurements based on standard Tissue Doppler.
Optimise workflow and exam consistency by instantly extracting multiple views or a series of slices from 3D data of the fetal heart.
The excellent contrast resolution in deeper regions, and near field resolution, makes this an especially good choice for obstetrics and gynaecology examinations.
The lower frequency transducer gives very good resolution in this spine, next to excellent penetration in more difficult patients.
Provides high resolution in a small and lightweight transducer. Includes new Depth Cueing map for more realistic depiction of depth in 4D. Excellent ergonomics with new small form factor and slim, lightweight cable.
Making it easier to scan the top of the fundus and the adnexa, without being limited by patient pain.
SMART 3D can be used in conjunction with the 2D transvaginal transducer to obtain high quality coronal reconstructions.
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© Canon Medical Systems ANZ Pty Limited.
© Canon Medical Systems ANZ Pty Limited.