EUP-C516 - A Precision Ultrasound Probe
The Hitachi EUP-C516 is a convex array probe specifically designed for high-precision ultrasound imaging applications. This probe is an essential tool for healthcare professionals, offering superior image quality for the observation and diagnosis of abdominal and gynecological organs. With its convex array technology, the EUP-C516 enables detailed visualization of anatomical structures, facilitating accurate and reliable diagnostics.
The EUP-C516 probe is compatible with Hitachi ultrasound systems, making it a versatile choice for various clinical applications. It is particularly effective for general abdominal examinations, gynecological examinations, and biopsy procedures. The probe is equipped with a transducer that converts electrical signals into ultrasound waves, which are then reflected by body tissues to produce detailed images.
One of the major advantages of the EUP-C516 is its ease of use and durability. The probe is designed to be robust and long-lasting, with high-quality construction ensuring longevity. Additionally, it is easy to clean and sterilize, which is crucial for maintaining high hygiene standards in medical environments.
The EUP-C516 is also equipped with several features that enhance its diagnostic capabilities. For example, it is compatible with biopsy accessories, allowing for ultrasound-guided biopsy procedures. Furthermore, the probe can be used with magnetic sensors for real-time virtual sonography (RVS), providing reliable diagnostic options.
In terms of technical specifications, the EUP-C516 complies with international safety and performance standards, ensuring safe and effective use. It is classified as a Class IIa medical device according to Directive 93/42/EEC, attesting to its high level of safety and reliability.
The Hitachi EUP-C516 is a high-quality ultrasound probe that offers exceptional performance for a variety of clinical applications. With its technology, ease of use, and versatile features, it is an ideal choice for healthcare professionals seeking to enhance the precision and efficiency of their ultrasound diagnostics.