Toshiba PLT-1204BX linear transducer: high resolution for peripheral vascular imaging and small structures
The Toshiba PLT-1204BX linear transducer embodies the pinnacle of medical imaging, delivering remarkable image quality for the careful exploration of peripheral vascular imaging and small anatomical structures. Its frequency range, ranging from 8.0 to 14.0 MHz, paves the way for images of unparalleled precision, crucial for advanced diagnostics and targeted medical interventions.
In the complex world of medicine, every detail counts. That's why the PLT-1204BX stands out by offering industry-leading resolution that reveals even the smallest anatomical nuances, allowing healthcare professionals to make precise diagnoses and plan surgical procedures with renewed confidence.
Whether examining peripheral blood vessels or studying delicate tissues in small parts of the body, this transducer excels. It captures images with crystal clarity, allowing doctors to spot abnormalities and identify pathologies with remarkable accuracy.
The PLT-1204BX transcends expectations for medical imaging quality. It becomes the indispensable ally of health professionals, offering them a detailed overview of the physiology of their patients and guiding them towards informed decisions for effective and personalized treatment.
The Toshiba PLT-1204BX linear transducer is designed with seamless compatibility for the Toshiba Aplio XG (SSA-790A) and Aplio 500 (TUS-A500) ultrasound systems. This seamless integration ensures seamless use and maximum efficiency for healthcare professionals.
Whether for detailed vascular examinations or exploring the intricate details of small anatomical structures, the PLT-1204BX meets all diagnostic needs. Its remarkable adaptability enables optimal image acquisition in a variety of clinical settings, providing superior image quality for accurate and reliable diagnostics.
Practitioners can therefore benefit from exceptional versatility, easily switching from one application to another without compromising the quality of results. With this versatility and close compatibility with Toshiba systems, the PLT-1204BX becomes an indispensable tool in the toolbox of healthcare professionals, enabling them to provide superior care to their patients.
With its native frequencies of 14.0 MHz, 12.0 MHz and 7.2 MHz, the Toshiba PLT-1204BX offers remarkable adaptability to a multitude of clinical applications. This variety of frequencies allows healthcare professionals to precisely choose the configuration best suited to each exam, ensuring optimal results.
But that's not all. The PLT-1204BX goes even further by offering additional frequency selection and D-THI options. This extended flexibility allows practitioners to customize imaging parameters according to the specific needs of the patient and the procedure at hand.
Whether for high-resolution vascular imaging, superficial tissue assessment, or detailed visualization of internal organs, the PLT-1204BX adapts precisely to meet the demands of each clinical situation. This ability to adjust imaging parameters in real time gives healthcare professionals complete control over the quality and accuracy of the images obtained, thereby increasing confidence in diagnostics and treatment decisions.
With a field of view angle of approximately 38 mm, this transducer guarantees extensive coverage, allowing practitioners to capture detailed images over a wide anatomical area. This ability to visualize structures accurately is essential for early detection, accurate diagnosis and monitoring of medical conditions.
As an essential component of Toshiba ultrasound systems, the PLT-1204BX not only offers industry-leading performance, but also exceptional reliability and durability. Manufactured to the highest industry standards, this transducer is designed to withstand heavy use in clinical environments, providing long-term value for healthcare facilities.
Whether for vascular medicine specialists, radiologists or general medicine practitioners, the Toshiba PLT-1204BX linear transducer is an essential tool for precise and complete assessment of anatomical structures. Its ability to provide high quality images, its versatility and ease of use make it an essential choice for healthcare professionals seeking optimal performance in their daily practice.
