Ultrasound Technology: Advanced-Sync Pulser
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Ultrasound Technology: Advanced-Sync Pulser

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@CheerfulTan

Questions and Answers

What is the main advantage of the Advance-Sync Pulser?

Increased penetration and axial resolution

What is the result of Multi-Harmonic Compounding?

Thin, straight homogeneous beams with high spatial resolution and contrast resolution

What is the main function of the Advanced-Beam Receiver?

To receive multiple simultaneous signals at high speed

What is the benefit of the Multi-Beam Receiver?

<p>Higher frame rates and lateral resolution</p> Signup and view all the answers

What is the main advantage of the iBeam+ technology?

<p>Cumulative optimization of efficiency of the beam</p> Signup and view all the answers

What is the result of the combination of Multi-Beam Receiver and Multi-Harmonic Compounding?

<p>Homogenous sharp beams that take the image quality to another level</p> Signup and view all the answers

What is the function of the Multisync Pulser?

<p>To increase penetration and axial resolution</p> Signup and view all the answers

What is the benefit of Multi-Harmonic Imaging?

<p>Unprecedented beam processing power, increasing framerate and lateral resolution</p> Signup and view all the answers

What is the primary function of Aplipure?

<p>To reduce speckle noise</p> Signup and view all the answers

What is the main difference between Aplipure and Aplipure+?

<p>Aplipure+ adds spatial (transmit) and process compounding</p> Signup and view all the answers

What is the purpose of Differential THI (Tissue Harmonic Imaging)?

<p>To enhance harmonic image quality with increased penetration</p> Signup and view all the answers

What is the advantage of Precision Imaging?

<p>It provides natural structure enhancement with less saturation</p> Signup and view all the answers

What is the benefit of using iDMS intelligent dynamic micro slice transducers?

<p>Sharper and more homogenous images with easy handling</p> Signup and view all the answers

What is the primary application of Diff II?

<p>To improve frequency matching, beam density, and focusing</p> Signup and view all the answers

What is the result of combining different levels of Aplipure and Aplipure+?

<p>Different advantages such as reduced speckle noise and improved contrast</p> Signup and view all the answers

What is the primary advantage of using ultra-wide band transducers?

<p>Covers 2 conventional transducers, providing sharper and more homogenous images</p> Signup and view all the answers

Study Notes

Advance-Sync Pulser

  • Generates pure waveforms with high precision, creating a fine beam focus in the depth direction
  • Capable of driving ideal ultrasound waves by superimposing waveforms to each transducer element
  • Enables clear detection of second harmonics, increasing penetration, spatial resolution, and contrast resolution

Advanced-Beam Receiver

  • Receives multiple simultaneous signals at high speed across a wide signal area
  • Improves lateral and temporal resolution, and increases frame rates

Multi-Harmonic Compounding

  • Compounds signals from individual beams with overlapping data from adjacent beams
  • Creates thin, straight, homogeneous beams with high spatial resolution and contrast resolution

iBeam+

  • A technology that cumulatively optimizes beam efficiency through three components:
  • Multisync Pulser for advanced beam transmission and increased penetration and axial resolution
  • Multi Beam Receiver for wide area signal reception and increased axial resolution
  • Multi Harmonic imaging for unprecedented beam processing power and increased framerate and lateral resolution

iDMS Intelligent Dynamic Micro Slice Transducers

  • More productive transducers that cover 2 conventional transducers
  • Offers ultra-wide band, sharper and more homogeneous images, with easy handling and slice thickness control
  • Mostly used with BX transducer

Imaging Technologies

  • Differential THI (Tissue Harmonic Imaging):
    • Simultaneously transmits 2 pulses at different frequencies
    • Enhances harmonic image quality with increased penetration
    • Diff II improves frequency matching, beam density, and focusing for improved spatial and contrast resolution, and uniformity
  • Aplipure & Aplipure+:
    • Reduce speckle noise through spatial (receive) and frequency compounding
    • Improve continuity of structures, lateral resolution, and image uniformity
    • Preserve clinically significant markers like shadows
    • Work in all modes, including color
  • Aplipure+:
    • Builds on Aplipure with added spatial (transmit) and process compounding
    • Increases contrast resolution, smoothness, and structure definition
    • Enables wide view scanning and clearer display of tissue boundaries

Precision Imaging

  • Improves contrast through unique signal processing powered by intelligent component architecture
  • Enhances ultrasound beam data by including information from adjacent scan lines
  • Precision+ increases natural structure enhancement, reduces saturation, and looks at pixel information in the 3rd dimension

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Description

Learn about the Advanced-Sync Pulser, a technology that drives ideal ultrasound waves, creating a fine beam focus and increasing penetration, spatial resolution and contrast resolution.

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