10L4 TRANSDUCER by Siemens Medical Solutions

Key Highlights

• The 10L4 Transducer by Siemens Medical Solutions is designed for advanced imaging applications, including 2D Shear Wave Elastography, providing detailed insights into tissue elasticity.
• Compatible with the SEQUOIA and SEQUOIA ST ultrasound systems, this transducer enhances diagnostic capabilities in various clinical settings.
• Its versatility extends to multiple applications, such as abdominal imaging, pediatric assessments, and peripheral vessel examinations, making it a valuable tool for diverse patient populations.
• Integration of advanced imaging technologies, such as Fusion Imaging and Contrast Imaging, allows for improved visualization and diagnostic accuracy.
• Designed for ease of use, the 10L4 Transducer supports efficient workflows in busy clinical environments.

Compatible Systems & Use Cases

The 10L4 Transducer is compatible with the following models:

• SEQUOIA
• SEQUOIA ST

Typical use cases include:

• 2D Shear Wave Elastography for assessing liver stiffness and other tissue characteristics.
• Abdominal imaging to evaluate organ structures and detect abnormalities.
• Pediatric imaging for safe and effective assessments in younger patients.
• Point Shear Wave Elastography for localized tissue analysis.
• Peripheral vessel imaging to assess blood flow and vascular health.

Technical Specifications

Parameter	Value
Frequency Range	4-10 MHz
Imaging Modes	2D, Doppler, Elastography
Dimensions	Standard transducer size
Weight	Lightweight for ease of handling

Clinical and Service Value

The 10L4 Transducer offers significant clinical value by enabling healthcare providers to perform a wide array of imaging procedures with high precision. Its compatibility with advanced ultrasound systems enhances diagnostic capabilities, allowing for comprehensive evaluations of various conditions. This versatility supports improved patient outcomes through timely and accurate diagnoses, ultimately leading to better treatment planning.

From a service perspective, the design of the 10L4 Transducer facilitates maintenance and operational efficiency. Its lightweight and ergonomic structure promotes ease of use, reducing the physical strain on clinicians during prolonged procedures. Furthermore, the integration of advanced imaging technologies streamlines workflows, allowing for quicker patient assessments and optimizing the utilization of valuable clinical resources.

Additional notes

Applications:2D Shear Wave ElastographyAbdominalContrast ImagingFusion ImagingMSKPediatricPeripheral VesselsPoint Shear Wave ElastographySmall PartsStrain Elastographyfetal