The content on this page is intended to healthcare professionals and equivalents.
Introduction of DeepInsight
“DeepInsight” as the desirable shape of ultrasound imaging in future.
Fujifilm Healthcare has been at the forefront of technology and product developments, responding to the challenges of users in their era with advanced ultrasound imaging since the birth of diagnostic ultrasound imaging to date.
An ultrasound system is an indispensable diagnostic tool in many medical fields, and even provide advanced surgical supports now.
Fujifilm Healthcare’s ultrasound systems are designed to meet the ever-increasing demands for accuracy in image quality, reproducibility in diagnosis and efficiency in examination.
Fujifilm Healthcare will continue to pursue deeper expression of ultrasound images by integrating all the technologies it has fostered to meet the ever-increasing demands.
“DeepInsight” is a new ideal form of ultrasound imaging Fujifilm Healthcare proposes.
It is a verification of the ultrasound image quality we deliver with confidence, and also an expression of our determination to never stop challenging to create better ultrasound images.
Developer's interview
5 essential elements for ideal ultrasound imaging
Fujifilm Healthcare believes that ultrasound imaging must cover 5 elements in future.
“DeepInsight” is the ideal form of ultrasound imaging that meets all of these elements, or the technology and innovation to achieve it.
1.Accuracy
Improve signal to noise ratio (S/N) without compromising resolution
2.Reproducibility
Keep stable image quality without inter-examiner and inter-patient variation
3.Visibility
Provide images that enable to recognize abnormalities even in difficult cases
4.Efficiency
Reduce the burden of image adjustment and provide high quality images in a short time
5.Utilizationof AI
Provide a new level of image quality with DeepInsight technology, which utilizes AI technology*1
- *1 The technology was developed and designed using machine learning, one of AI technologies. The performance and accuracy of the system do not automatically change after implementation.
