3D Automated

Breast Ultrasound System

Cygnus 70

Multimodal 3D Breast Ultrasound

The multi-modality 3D breast ultrasound integrated system pioneered by Focus & Fusion Healthcare, which enables the separation of scanning and diagnosis to improve the diagnostic efficiency, is equipped with HHUS to improve the diagnostic confidence, providing a new clinical ultrasound solution for breast diseases, integrating screening, diagnosis, treatment and quality control in one, creating a new era of breast disease diagnosis and treatment.

Multimodal 3D Breast Ultrasound

The multi-modality 3D breast ultrasound integrated system pioneered by Focus & Fusion Healthcare, which enables the separation of scanning and diagnosis to improve the diagnostic efficiency, is equipped with HHUS to improve the diagnostic confidence, providing a new clinical ultrasound solution for breast diseases, integrating screening, diagnosis, treatment and quality control in one, creating a new era of breast disease diagnosis and treatment.

Comfortable Design Shows Humanistic Care

The appearance is simple and friendly, the color scheme is warm and elegant, and the details are round and soft, fully reflecting the care for women's health.

Minimalist panel design, retaining only the most core functions of the ultrasound examination, enhancing the exam efficiency.

Large coverage, hassle-free movement, suitable for different inspection environment space requirements.

The design of dual touch screen greatly increases the freedom of operation, and the simultaneous interaction between the control module and the scanning module is designed with full consideration of ergonomics, increasing the ergonomic compatibility for the operator.

The design of concave transducer is unique in China, breaking through transducer development limit and fitting the female physiological curve, only for the pursuit of more accurate image quality and more comfortable experience of the subjects.

High

High Platform
High Elements
High Resolution

High Platform
High Elements
High Resolution

Fast

Fast Scanning
Fast Transmission
Fast Diagnosis

Fast Scanning
Fast Transmission
Fast Diagnosis

Accurate

Accurate Scanning
Accurate Imaging
Accurate Diagnosis

Accurate Scanning
Accurate Imaging
Accurate Diagnosis

Remote Cloud Diagnostic Solution

Standard Process to Improve Inspection Efficiency

Input Patient Information

Patient Positioning

Standard Scanning

End Exam Images Sent to Workstation

Read Images at the Workstation Issue the Report

Early Detection, Early Treatment

The key to control breast cancer

Data source: International Agency for Research on Cancer of World Health Organization(IARC)

“Research advances of Breast Ultrasound in Breast Cancer Screening”: The incidence of breast cancer in Chinese women is trending younger and the proportion of dense type breast is higher. Studies have confirmed that ultrasound is superior to mammography in terms of breast cancer detection rate and cost performance, and can be used as a screening tool for breast cancer alone.

“Expert Consensus on Automated Breast Volume Ultrasound Technology (2022 Edition)”: available studies show no significant differences in the detection ability and diagnostic efficacy of breast nodules between breast volume ultrasound and HHUS, and there is good agreement between the two screening methods in terms of BI-RADS classification for breast nodules.

Early Detection, Early Treatment

The key to control breast cancer

“Research advances of Breast Ultrasound in Breast Cancer Screening”: The incidence of breast cancer in Chinese women is trending younger and the proportion of dense type breast is higher. Studies have confirmed that ultrasound is superior to mammography in terms of breast cancer detection rate and cost performance, and can be used as a screening tool for breast cancer alone.

“Expert Consensus on Automated Breast Volume Ultrasound Technology (2022 Edition)”: available studies show no significant differences in the detection ability and diagnostic efficacy of breast nodules between breast volume ultrasound and HHUS, and there is good agreement between the two screening methods in terms of BI-RADS classification for breast nodules.

Data source: International Agency for Research on Cancer of World Health Organization(IARC)

3D scanning to obtain standard images

Breast volume concave transducer to improve image quality

Separation between scanning and diagnosis to optimize doctor configuration

Auxiliary diagnosis to improve screening efficiency

Focused sweeping of axilla

Describe more completely for BI-RADS classification report

Multi-modality imaging enables more accurate diagnostic classification

Obtain lesion location information quickly based on volumetric data

Confirm benign and malignant lesions finally with puncture-assisted biopsy

3D scanning to obtain standard images

Breast volume concave transducer to improve image quality

Separation between scanning and diagnosis to optimize doctor configuration

Auxiliary diagnosis to improve screening efficiency

Focused sweeping of axilla

Describe more completely for BI-RADS classification report

Multi-modality imaging enables more accurate diagnostic classification

Obtain lesion location information quickly based on volumetric data

Confirm benign and malignant lesions finally with puncture-assisted biopsy

3D imaging, accurate positioning

Postoperative evaluation of efficacy

Accurate calculation of lesion volume

All-round observation of lesion infiltration

Assessment of number and location of lesions

Assessing lesion risk for clinical decision making

Targeted evaluation according to different surgical procedures

Evaluation of the efficacy of NACT neoadjuvant chemotherapy

Provides real-time monitoring of intraoperative puncture guidance/ablation


Establishing patient breast health records

Establishing a standard ultrasound image database

Comparative analysis of ultrasound images in different periods