The Siemens 6C1-HD convex probe is a medical ultrasound device designed to provide high-definition images of exceptional quality. Its convex shape allows for extended visualization, making it an ideal choice for abdominal and obstetric examinations.
The Siemens 6C1-HD convex probe is a medical ultrasound device designed to provide high-definition images of exceptional quality. Its convex shape allows for extended visualization, making it an ideal choice for abdominal and obstetric examinations.
The Siemens 6C1-HD convex probe is a versatile and high-performance medical imaging device designed to deliver exceptional image quality across a wide range of diagnostic applications. With a frequency bandwidth ranging from 1.5 to 6.0 MHz, this probe offers flexibility and precision in imaging various anatomical structures with clarity and detail.
One of the key features of the 6C1-HD probe is its selectable frequencies, allowing users to tailor the imaging parameters to specific diagnostic needs. With selectable 2D frequencies ranging from 1.5 to 5.5 MHz, clinicians can adjust settings to optimize image resolution and penetration depth for different patient conditions.
Moreover, the probe offers selectable tissue harmonic imaging (THI) frequencies, color Doppler frequencies, pulse-wave (PW) Doppler frequencies, as well as Cadence CPS1 and CHI1 frequencies, further enhancing its versatility and diagnostic capabilities across a wide range of clinical scenarios.
The compact footprint of the 6C1-HD probe, measuring 61 mm, ensures ease of handling and maneuverability during examinations, contributing to user comfort and efficiency in clinical settings. Despite its compact size, the probe delivers a maximum field of view of 70°, allowing for comprehensive visualization of anatomical structures with minimal repositioning.
Furthermore, the Siemens 6C1-HD convex probe is fully compatible with the ACUSON S2000 and ACUSON S3000 ultrasound systems, seamlessly integrating into existing imaging workflows and expanding the diagnostic capabilities of these advanced ultrasound platforms. Whether used for abdominal, obstetric, vascular, or general imaging, the 6C1-HD probe offers exceptional performance and reliability, empowering healthcare professionals to deliver optimal patient care with confidence and precision.
The Siemens 6C1-HD convex probe boasts a range of design attributes and innovative technologies that contribute to its exceptional imaging performance and user experience. Its vector wide-view imaging format enables clinicians to obtain comprehensive views of anatomical structures, facilitating accurate diagnosis and treatment planning. Additionally, the probe features Hanafy lens transducer technology, which enhances image clarity and resolution by optimizing acoustic wave propagation.
MultiHertz multiple frequency imaging further enhances the probe's versatility by allowing users to select from a range of frequencies to suit specific imaging needs, ensuring optimal image quality across various clinical applications. The probe's ergonomic design prioritizes user comfort and usability, reducing operator fatigue during prolonged scanning sessions and enhancing overall workflow efficiency.
In terms of supported applications, the 6C1-HD probe incorporates advanced technologies such as Cadence contrast pulse sequencing (CPS) and Cadence contrast harmonic imaging (CHI), which enable enhanced visualization of blood flow dynamics and tissue perfusion. Moreover, it is compatible with eSieImage multiparametric optimization, providing users with advanced image processing capabilities for improved diagnostic accuracy and efficiency.
The probe also features Tissue Harmonic Imaging (THI) technology and TEQ ultrasound technology, which optimize image quality by reducing noise and enhancing tissue contrast. Advanced SieClear multi-view spatial compounding and Dynamic TCE tissue contrast enhancement technology further improve image clarity and definition, enabling more accurate interpretation of ultrasound findings.
Virtual Touch imaging and Virtual Touch quantification capabilities offer additional diagnostic insights by providing quantitative assessments of tissue stiffness and elasticity, aiding in the characterization of lesions and pathological conditions. With eSie Touch elasticity imaging, clinicians can assess tissue stiffness non-invasively, enhancing diagnostic confidence and facilitating informed clinical decision-making.
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