Hitachi C252 Probe – Precision and Reliability for Abdominal Imaging
The Hitachi C252 is a convex ultrasound probe specifically designed for the examination of abdominal organs. This high-precision equipment allows healthcare professionals to obtain clear and detailed images, essential for reliable diagnosis. Compatible with the Aloka LISENDO 880 and Aloka ARIETTA 850 ultrasound systems, the C252 seamlessly integrates into demanding medical practices, ensuring optimal performance.
One of the key advantages of this probe is its exceptional image quality, made possible by its 3.0 MHz frequency and 70° field of view. These features allow for an in-depth exploration of internal structures, providing practitioners with a precise visualization of organs and tissues.
The C252's ergonomic design ensures a comfortable grip and optimal positioning on the patient's skin. Its 2.2-meter cable provides sufficient flexibility for easy handling, reducing practitioner fatigue during extended examinations. Additionally, its IPX7 protection rating guarantees water resistance, allowing for effective disinfection without risk of damage.
This probe is specifically designed for continuous operation, ensuring consistent performance throughout its use. Its estimated lifespan of three years demonstrates the robustness of its construction. It is also equipped with high-quality components, including an integrated electronic convex transducer, optimizing ultrasound transmission for precise and sharp image rendering.
In addition to its technical performance, the Hitachi C252 is compatible with accessories that further enhance its functionality. CIVCO brackets allow for ultrasound-guided biopsy procedures, while the RV-004 magnetic sensor facilitates Real-Time Virtual Sonography (RVS), an advanced technology that synchronizes real-time ultrasound images with pre-acquired data.
With its versatility, superior image quality, and durability, the Hitachi C252 probe stands out as an essential tool for abdominal imaging. It meets the needs of healthcare professionals looking for precise and reliable diagnostic solutions while ensuring optimal ease of use.
