Welcome to Shyam Medtech. We are authorised distributor of Siemens ultrasound machines

ACUSON Sequoia

Quantitative ultrasound for liver
disease assessment

ACUSON Sequoia

Enabling ultrasound imaging anytime, anywhere

Empower early detection of metabolic-associated steatotic liver disease (MASLD) with ACUSON Sequoia, offering comprehensive liver assessments to enhance patient care and reduce invasive procedures.
Early detection plays a key role in managing and potentially reversing MASLD,1 which often progresses without noticeable symptoms. This can lead to severe complications such as liver transplants and hepatocellular carcinoma.2 Increasing access to noninvasive, cost-effective screenings is essential in addressing this growing health concern.

Technical Details

Technical Specifications
Specification Measurement
Width 61 cm (24.02 in)
Height 120 cm to 175 cm (47.24 in to 68.90 in)
Depth 94 cm to 108 cm (37.01 in to 42.52 in)
Weight 125 kg (276 lbs)
Monitor 24-inch high dynamic range color dual layer
LCD Display Touch screen, 33.782 cm (13.3 inch) diagonal, LCD widescreen
Transducer ports Supports four active transducer ports

Meet the solutions

Ultrasound Derived Fat Fraction
(UDFF)

UDFF can quantify the amount of fat within a patient’s liver quickly and painlessly in just seconds during a routine abdominal ultrasound.4 UDFF on ACUSON Sequoia shows a good agreement with MRI Proton Density Fat Fraction (MRI-PDFF) to aid clinicians in determining hepatic steatosis. MRI-PDFF and UDFF methods classify hepatic steatosis as an index value greater than 5%.5

Auto Point Shear Wave Elastography
(Auto pSWE)

Auto Point Shear Wave Elastography (Auto pSWE) technology offers rapid, reproducible liver stiffness measurements. Historically, point shear wave elastography (pSWE) required individual acquisitions. With Auto pSWE, the process is automated, ensuring up to 15 valid assessments in under one minute and reducing exam time by up to 50%.6

Deep Abdominal Transducer
(DAX)

The ACUSON Sequoia’s Deep Abdominal Transducer (DAX) provides increased diagnostic confidence in patient populations limited by conventional ultrasound technology. DAX has the capability to image at diagnostic depths of up to 55 cm, while also reducing the need for excessive transducer pressure.

Precision Meets Innovation

Experience comprehensive liver care with ACUSON Sequoia’s automated imaging technology.

Faster exams from automated measurements

Fewer keystrokes with automated labeling

Reduced strain and pain by fewer manual movements

Easier protocol adherence from automatic image ordering achieved by AI and transducers

Increased standardization achieved by AI and transducers

User-Driven Design

Increase productivity with built in automation and AI
1-touch registration

Machine learning technology automatically selects the correct transducer and exam type for a patient scan supporting a seamless workflow.

Gesture detecting transducers

Tap on the transducer handle to quickly activate and start scanning with the ACUSON Sequoia ultrasound system’s unique sensor technology.

UltraArt univeral imaging techology

Exclusive UltraArt universal image technology allows users to select their image preference from a real-time touch screen display.

Virtual Workstation

Establish a connection to a remote computer or server to access remote applications directly from the ultrasound system.

24” Barco monitor

Dual-layer technology medical imaging display brings image consistency from the exam room to reading room.

Smaller intuitive touch display

A 13.3” touch screen provides an enhanced user interface  thatimproves ergonomics and workflow.

Integrated gel warmer

An integrated gel warmer can be
placed on either side of the system.

Larger storage areas

One integrated storage bin and
storage shelf option.

Central locking and steer pedals

A central locking mechanism eliminates the need to lock each wheel individually, enhancing maneuverability.

Floating control panel

Designed to fit every room and workflow, the control panel can swivel 180 degrees for seamless workflow.