syngo. CT Single Source Dual Energy (twin beam)

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Description:

Syngo. CT Single Source Dual Energy (twin beam) by SIEMENS MEDICAL SOLUTIONS USA INC.

The Syngo. CT Single Source Dual Energy (twin beam) is an advanced clinical application system designed by SIEMENS MEDICAL SOLUTIONS USA INC. This revolutionary technology provides a high-definition imaging technique to help enhance disease detection and characterization.

Equipped with state-of-the-art twin beam technology, this product operates by shooting dual-energy scans from one X-ray tube, eliminating the need for multiple scans and decreasing the patient's exposure to radiation.

With its innovative spectral imaging technology, the Syngo. CT Single Source Dual Energy is capable of separating specific substances within an image, allowing for clearer identification. This ability makes it an invaluable tool for improving diagnostic accuracy and potentially improving patient outcomes.

Besides the clear clinical advantages, this device promotes operational efficiency. The high-speed scanning mode, coupled with advanced software interfaces, ensures not only speed and precision but also an improved patient experience due to shorter scanning times.

In summary, the Syngo. CT Single Source Dual Energy (twin beam) merges safety, speed, efficiency and diagnostic accuracy into a single high-performance system, marking it out as a leading player in the innovations of CT technology.

Primary Use:

Syngo. CT Single Source Dual Energy (Twin Beam)

The Syngo. CT Single Source Dual Energy, often referred to as 'Twin Beam', stands as a top-level, technologically sophisticated device in the category of 'X-ray machines'. Primarily developed by Siemens, this device is coveted for it's functionality in advanced medical imaging.

This revolutionary Twin Beam CT technology allows for simultaneous acquisition of dual energy datasets in a single CT scan. This essentially means that it offers two energy spectrum helping physicians to differentiate, characterize, isolate, and distinguish between certain tissue types and subtleties that are typically undetectable with conventional CT scanners. It has an incredible potential to influence patient management by offering comprehensive insights at a molecular level, all in one scanning session.

Together with advanced processing algorithms, Twin Beam technology enables various post-processing options, including monochromatic imaging, visualization of iodine distribution in a selectable material base, and the ability to distinguish high-contrast images. It empowers physicians to have a panoramic and precise understanding of the patient’s condition.

Applications in Clinical Practice

The Syngo. CT Single Source Dual Energy has been instrumental in transforming medical diagnostics and patient management across various fields. 1. Oncology: This technology's ability to enhance visualization of cancerous lesions, tumor detection and assessment of tissue vascularization has made it a benchmark in oncology diagnostic processes. 2. Cardiology: Its detailed imaging capabilities enhance coronary artery plaque characterization, myocardial perfusion imaging and endovascular stent-graft planning. 3. Orthopedics: It's used in bone marrow edema detection and dual energy CT arthrography. 4. Neurology: It aids in stroke imaging, specifically in distinguishing between hemorrhagic and ischemic strokes. Equipped with Syngo. CT Single Source Dual Energy, physicians can deliver high-quality patient care rooted in precise and comprehensive diagnostic information. This exceptional CT technology continues to be at the forefront of medical innovation, driving improvements in clinical outcomes across numerous specialties.

How It Works:

How the syngo. CT Single Source Dual Energy Works?

The syngo. CT Single Source Dual Energy, sometimes referred to as the "twin beam", functions by harnessing the principles of Computed Tomography (CT). Operational Principle
This advanced X-ray machine uses its twin tube/detector design to optimize the dual-energy examination process. While typical CT-scanners use a single tube and detector to render multi-slice images, the syngo. CT Single Source Dual Energy adds another layer of sophistication. It produces two spectra at different energy levels allowing a more detailed analysis of tissues and contrast agents. Advantages
One key advantage of this technology is its ability to evaluate the same anatomy at two energy levels simultaneously. This gives physicians better visibility to distinguish between various types of tissues, which can enhance diagnostic accuracy in a wide range of clinical applications. Moreover, it offers optimized dose compatibility. Applications
This technology is widely employed in a spectrum of clinical disciplines, including but not limited to: - Cardiology cardiology applications - Oncology oncology applications - Musculoskeletal Imaging musculoskeletal imaging - Neurological Disorders neurological disorders The syngo. CT Single Source Dual Energy serves as a significant tool in every physician's arsenal, aiding in accurate diagnosis, informed decision-making, and positive treatment outcomes. Experience the future of CT imaging with improved visibility, clarity, and precision.

Manufacturer:

SIEMENS MEDICAL SOLUTIONS USA INC. ULTRASOUND DI

Status: In Stock

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