Hitachi UST-579T-7.5 Ultrasound Probe: Precision and Performance for Optimal Intraoperative Diagnosis
The Hitachi UST-579T-7.5 ultrasound probe is a high-quality medical device designed to provide precise and detailed imaging during surgical procedures. Specifically developed for intraoperative examinations, this probe allows surgeons to obtain a clear view of internal structures, facilitating more reliable diagnostics and faster, more informed decision-making in the operating room.
The Hitachi UST-579T-7.5 probe stands out with its 7.5 MHz frequency, ideal for providing high-definition imaging of tissues and internal organs. The 60 mm field of view allows for a detailed overview, which is essential for navigating with precision during complex surgical interventions. Its 3-meter cable ensures great flexibility and freedom of movement, while its 1170g weight ensures a comfortable grip throughout use.
The probe's IPX7 protection rating allows for temporary immersion, a significant advantage in an operating environment where hygiene and safety are paramount. This feature, along with the option to use waterproof covers, enhances security and cleanliness, in line with strict medical industry standards.
The high frequency provides a detailed view of internal structures, offering unmatched precision for diagnostics and surgical planning. Thanks to its compact and lightweight design, the probe is easy to handle, even in confined spaces, ensuring optimal use during surgical procedures. Compliant with CE and RoHS standards, the probe meets the highest safety requirements. The IPX7 protection rating ensures its resistance to moisture and liquids, which is crucial in the operating room. This probe is compatible with a range of Hitachi ultrasound diagnostic equipment, including the SSD-900, SSD-1000, SSD-3500, SSD-4000, SSD-α5, ProSound 6, ProSound α6, and F37 models, providing great flexibility for use.
The UST-579T-7.5 probe is intended for intraoperative use, where it is employed for diagnosing and visualizing internal structures of the patient during surgical procedures. It must be handled carefully to prevent damage. It is essential to follow medical protocols for cleaning, disinfection, and sterilization to ensure safe and hygienic use.
