Ultrasound
Redefining the way we see
General Imaging (abdomen and small parts)
Shear Wave Elastography (SWE)
Enables quantitative measurements of tissue stiffness along with a representative color map.
iATT Measurement
Assess liver fat content and track the progression of liver steatosis.
Detective Flow Imaging (DFI)
Flow imaging from even the lowest velocities.
Contrast Harmonic Imaging (CHI)
Enhance lesions for tissue characterization in both adults and pediatric patients.
Wide FOV's
Capture the complete picture without losing frame rate.
Women's Health (Breast, OB, GYN)
Real Time Elastography (RTE)
Evaluate breast tissue with Real Time Elastography.
OB Imaging
Realistic 2D and 3D imaging with 4D Shadowing.
STIC
STIC and Automated Fetal Measurements.
GYN Imaging
2D and Volume imaging for the full picture.
Vascular Imaging
Detective Flow Imaging (DFI)
Flow imaging for every vessel.
Auto IMT
Quantify IMT automatically.
Needle Emphasis
Enhance your needle’s visibility.
eFLOW
Evaluate even the slowest of flows.
Cardiac Imaging
2D Imaging
Capture the subtlest of changes and produce the highest-quality image.
VFM
Hemodynamic mapping VFM Atlas.
Virtual Contrast
LV endocardial border enhancement without contrast agents.
i2DTT
One touch segmental strain, strain rate, bullseye, and GLS reporting.
Dual Gate Doppler
Observe PW Doppler and TDI waveforms from two separate locations during the same cardiac cycle.
Road to Innovation
For more than 70 years, Fujifilm Healthcare has been at the forefront of ultrasound innovation, driving groundbreaking advancements and shaping the future of medical imaging. From pioneering new technologies to empowering healthcare professionals, our legacy continues to make an impact today.
1950
World's first diagnostic ultrasound imaging system
1960
Released world's first commercial medical ultrasound system
1971
Introduced world's first linear array, real-time B-Mode Scanner
1978
Introduced the world's first phased array transducer
1983
Introduced the world's first convex array transducer
1986
Introduced the world's first cardiac Color Flow Doppler ultrasound system
1989
Introduced the world's first bi-plane transducers for surgery
1995
Introduced the world's first 3D ultrasound system
2003
Introduced the world's first real-time Tissue Elastography technology to evaluate tissue stiffness in a color map
2009
Introduced the world's first CMUT transducer featuring a 2-22 MHz bandwidth
2011
Introduced the world's first robotic probe for surgery
2012
Introduced the world's first Vector Flow Mapping (VFM) technology for Cardiac application
2014
Introduced the world's first pituitary guidance transducer
2020
Introduced the world's smallest robotic probe for surgery
2023
DeepInsight cognitive technology released
