Hitachi S121 Probe: A Solution for Cardiovascular Imaging
Ultrasound plays a fundamental role in diagnosing and monitoring cardiovascular diseases. Among the essential equipment for reliable and high-quality imaging, the Hitachi S121 probe stands out for its exceptional performance and optimized design. Dedicated to cardiovascular examinations, it ensures a clear visualization of internal heart structures and blood vessels, allowing healthcare professionals to make precise diagnoses and optimize patient care.
The S121 probe is characterized by cutting-edge technology, ensuring high-resolution imaging. With a frequency of 2.75 MHz and a 90° field of view, it allows for detailed exploration of cardiovascular structures, essential for detecting abnormalities and monitoring disease progression. Its ergonomic design provides a comfortable grip, reducing operator fatigue during prolonged examinations.
Compatible with the ALOKA LISENDO 880 and ALOKA ARIETTA 850 ultrasound systems, the S121 probe integrates seamlessly with these advanced systems, optimizing diagnostic performance. Thanks to its connectivity and durable materials, it guarantees optimal ultrasound transmission, minimizing artifacts and improving image precision.
Reliability is a key factor for medical equipment, and the S121 probe meets the highest standards. Classified as IPX7, it is resistant to temporary immersion, ensuring enhanced safety during cleaning and disinfection procedures. Its 2.25-meter cable offers optimal flexibility for easy handling.
The S121 probe complies with international medical safety regulations. As a Type BF device (according to IEC60601-1 standards), it provides effective protection against electrical risks. However, certain precautions must be observed, including avoiding excessive force on the ultrasound radiation area and ensuring that the connector is not exposed to electrostatic discharge, which could affect performance.
With its advanced technical features and design focused on patient and operator safety, the S121 probe is an indispensable tool for modern cardiovascular imaging. It delivers exceptional image quality, essential for precise diagnostics and optimal monitoring of patients with cardiac conditions.
