Navigating the Implementation of AI in Intens
- IT
- 22/04/2024
ACUSON Sequoia Ultrasound System
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Built from the ground up with input from users around the world, the ACUSON Sequoia ultrasound system was created with users and patients in mind. The ACUSON Sequoia system powered by BioAcoustic technology can reduce the effects of ultrasound variability between users, patients and technology. By reducing the variability often experienced during ultrasound exams, the ACUSON Sequoia system can help to deliver effective clinical insights.
Features & Benefits
InFocus Imaging
The ACUSON Sequoia system's powerful architecture eliminates the need for a conventional focal zone to create beautiful fully focused images. InFocus uses synthesized, retrospectively focused transmit beams throughout the field of view that focuses at all depths. More information is harvested from the usual transmit sequence, using massive overlapping multibeam groups rather than individual or close parallel beam lines as in conventional systems.
Custom Tissue Imaging
The ACUSON Sequoia speed of sound correction technology changes the speed of sound per the body type or pathology for improved focusing, spatial resolution and contrast resolution.
UltraArt Universal Image Processing
UltraArt is a novel approach to allow users to select their preferred image parameter by choosing from one of four imaging options displayed on the touch screen. UltraArt can work in both real time and post-processing to achieve the desired image without the need for changing multiple parameters.
Modality Compare
Modality compare allows the user to easily compare images from other imaging modalities for simultaneous viewing alongside real-time ultrasound images. This provides fast and easy comparison of previously identified organs or pathologies.
InTune Transducer Technology
The ACUSON Sequoia system’s InTune transducer technology was developed to produce the best acoustics for each clinical use case. With advanced materials, simulation, manufacturing and testing, the acoustic matching between transducer and patient were optimized; this, together with the electrical signal path between transducer and system, results in the highest signal fidelity throughout.
Additionally, several of the ACUSON Sequoia system’s transducers feature a unique sensor technology called gesture-detection. This allows users to tap anywhere on the transducer to quickly activate and start scanning.
Vector Transducer
4V1 Transducer Features
InTune technology featuring compact-pinless connector, Hanafy Lens technology, and a lightweight, ergonomic design.
Clinical Applications: Abdominal, Fetal, Pediatric
5V1 Transducer Features
InTune technology featuring gesture detection, compact-pinless connector, Single Crystal technology and a lightweight, ergonomic design.
Clinical Applications: Cardiac, Pediatric
8V3 Transducer Features
InTune technology featuring compact-pinless connector, Hanafy Lens technology and a lightweight, ergonomic design.
Clinical Applications: Abdominal, Pediatric, Cardiac
10V4 Transducer Features
InTune technology featuring compact-pinless connector, Hanafy Lens technology, and a lightweight, ergonomic design.
Clinical Applications: Abdominal, Neonatal, Cardiac
Curved Transducer
DAX Transducer Features
InTune technology featuring gesture detection, compact-pinless connector with Multi-D technology and excellent penetration up to 40cm.
Reduced push force, ideal for technically difficult patients with limited imaging window.
Clinical Applications: Abdominal, Fetal, Pediatric
5C1 Transducer Features
InTune technology featuring gesture detection, compact-pinless connector, Single Crystal technology and a lightweight, ergonomic design.
Clincial Applications: Abdominal, Fetal, Pediatric
9C3 Transducer Features
InTune technology featuring gesture detection, compact-pinless connector, Hanafy Lens technology and a lightweight, ergonomic design.
Clinical Applications: Abdominal, Fetal, Pediatric, MSK
11M3 Transducer Features
InTune technology featuring compact-pinless connector, Single Crystal technology and a lightweight, ergonomic design.
Clinical Applications: Neonatal Head, Neonatal Abdomen, Pediatric
Linear Transducer
7L2 Transducer Features
InTune technology featuring gesture detection, compact-pinless connector, Single Crystal technology and a lightweight, ergonomic design.
Clinical Applications: Peripheral vascular, Abdominal, Pediatric
10L4 Transducer Features
InTune technology featuring gesture detection, compact-pinless connector, Multi-D technology and a lightweight, ergonomic design.
Clinical Applications: Abdominal, Fetal, Pediatric, Small Parts
14L5 Transducer Features
InTune technology featuring gesture detection, compact-pinless connector, Multi-D technology and a lightweight, ergonomic design.
Clinical Applications: Pediatric, Small parts, Peripheral vessels, MSK
18L6 Transducer Features
InTune technology featuring gesture detection, compact-pinless connector, Single Crystal technology and a lightweight, ergonomic design.
Clinical Applications: Pediatric, Small parts, Peripheral vessels, MSK
18H6 Transducer Features
InTune technology featuring compact-pinless connector and a lightweight, ergonomic design.
Clinical Applications: Superficial MSK, Pediatric, Small organ
Endocavity Transducers
9EC4 Transducer Features
InTune technology featuring gesture detection, compact-pinless connector and a lightweight, ergonomic design.
Clinical Applications: Transrectal, Transvaginal
9VE4 Transducer Features
InTune technology featuring gesture detection, compact-pinless connector and a lightweight, ergonomic design.
Clinical Applications: 3D/4D, Transvaginal
CW2 Transducer
CW2 Transducer Features
Clinical Applications: Cardiac, Pediatric
CW5 Transducer Features
Clinical Applications: Peripheral Vascular
Advanced Applications
Virtual Touch Elastography
The ACUSON Sequoia system was purpose-built with design elements to advance the state of elastography and deliver rapid, reliable, reproducible results. Dedicated hardware in the dual linear transmitter provides sustainable Acoustic Radiation Force Impulse (ARFI) imaging technology push energy over a deeper range. Robust tracking of stronger, more uniform shear wave measurements can now be achieved at deeper depths to help overcome patient dependent variability.
Contrast-enhanced Ultrasound (CEUS)
The powerful architecture of the ACUSON Sequoia system allows visualization of contrast deeper and with greater clarity than ever before.
Fusion Imaging
Fusion imaging combines multi modality imaging for improved confidence in complex interventional procedures.
Powerful Automation Tools
Auto TEQ Doppler
The ACUSON Sequoia can automatically adjust the pulsed wave Doppler trace automatically on freeze to provide a new workflow confidence for the user. Full post processing capabilities are also available to the user to offer additional workflow enhancements for the user.
Gesture-Detecting Transducer Technology
Incorporating advanced accelerometer technology and proprietary software, gesture detecting technology recognizes users interactions with a transducer. This can support clinical workflows by reducing unwanted keyboard interactions allowing sonographers to increasingly focus on the patient.
Protocol Scan
Protocol scan is a workflow automation tool that can anticipate and execute your exam based on customizable programs to dramatically reduce keystrokes, enable shorter exam times and reduce variability from multiple users.
ACUSON Sequoia Comparative Usability Study
Siemens Healthineers engaged with a third-party organization to field a usability study comparing the ACUSON Sequoia to similar systems.
82% sonographers strongly preferred ACUSON Sequoia.
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