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New Zealand

AMULET SOPHINITY - Functionality

NEW

Digital mammography system that produces high-resolution images with low X-ray dose, Dual mode Tomosynthesis, and comfort functions.

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The content on this page is intended to healthcare professionals and equivalents.

Projection Function (Positioning MAP) (Optional)
Positioning support function developed using AI technology

Skin lines and nipple positions extracted from past images are projected onto the exposure table​ surface, making it possible to capture images that can be easily compared with past images. To compare the right and left breasts, the image of the opposite side can be inverted and projected onto the table.

Positioning Analysis (Optional)
To further improve positioning techniques
  • * The extraction of the reference point of the pectoralis major muscle and nipple position for positioning was designed using an AI technique called deep learning. There is no automatic change in performance or accuracy of the system after installation.
CEDM function (Contrast Enhanced Digital Mammography) (Optional)

With one compression, it continuously performs low tube voltage (low energy) imaging close to the conventional mammography imaging and high tube voltage (high energy) imaging with a Cu filter, and automatically generates and displays a subtraction image of the obtained images.

  • * When an iodinated contrast medium is used.
Compression automatic decompression control  (Comfort Comp)
Conventional

29kV   44mAs   0.83mGy
33mm   102N

Comfort Comp

29kV   44mAs   0.83mGy
34mm   62.8N

  • *1 Hysteresis: A phenomenon in which the state of a substance or system depends on the course of forces applied in the past.
    L. Han, M. Burcher, and J.A. Novle. Non-invasive Measurement of Biomechanical Properties of in vivo Soft Tissues. MICCAI 2002, LNCS 2488, pp. 208-215, 2002. 
Flexible for different types of breasts
Intelligent AEC ― Adjusts the x-ray dose according to breast type

The position of the mammary gland in the  breast is analyzed from pre-shot images taken at a low dose. Only the mammary gland area is used, enabling imaging with appropriate technical factors and dose. Even breast implants, for which it is often difficult to determine the correct manual technique can be automatically imaged by identifying the area of the implant.

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