Cardiac Ultrasound
Redefining the way we see
Announcing the New LISENDO DI
The LISENDO DI is designed to support faster workflows and greater diagnostic confidence, combining pioneering imaging technologies for exceptional image clarity, zero-click analysis, and innovative hemodynamic evaluation so clinicians can obtain consistent, reproducible insights—helping them focus on what matters most: delivering high-quality patient care.
Faster Workflows and Greater Diagnostic Confidence Through:
- Pioneering Imaging Technologies for Exceptional Image Clarity
- Zero-Click Analysis
- Innovative Hemodynamic Evaluation
Timothy W. Casarez, MD Pediatric Cardiologist Pediatric Cardiology Medical Associates, Los Angeles, CA
Nancy Kim, MD Pediatric Cardiologist Pediatric Cardiology Medical Associates, Los Angeles, CA
Janet Barlow Sonography Instructor Austin, TX
Cardiac Imaging
VFM Atlas
Evaluate cardiac hemodynamics like never before.
VIRTUAL CONTRAST
Visualize left ventricular endocardial borders - without contrast
FETAL HEART
Assess Fetal Heart dynamics with leading edge automation.
STRAIN
Automate strain analysis for precise regional and global myocardial mechanics.
DUAL GATE DOPPLER
Accurately measure diastolic and systolic function in patients with arrhythmia
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