Hitachi UST-5531 Linear Probe: Precision and Reliability in Surgery and Neurosurgery
The Hitachi UST-5531 linear probe is a high-tech piece of equipment specifically designed for demanding surgical environments such as neurosurgery and microsurgery. It is compatible with Aloka Prosound systems, ensuring seamless integration with existing diagnostic setups. This probe model is ideal for intraoperative use, providing exceptional clarity and precision during delicate and complex procedures.
With its frequency range of 13 to 4 MHz, the UST-5531 probe delivers ultrasound images with outstanding accuracy. This frequency range is perfectly suited for high-resolution imaging required in neurosurgery and microsurgery, where the fine details of anatomical structures must be visualized with extreme precision. The probe is designed for rapid and efficient use during procedures, where quick access to results is essential for patient safety.
The 10 mm scan width is a key feature of the UST-5531 probe, allowing it to capture ultra-precise images over small areas of anatomy. This is particularly useful in smaller-scale surgical interventions, where every detail matters. The linear design of the probe ensures uniformity in the display of images, making the analysis of anatomical structures even clearer for surgeons.
The Prosound connectors allow for quick and secure connection with compatible Aloka systems. This ensures that users can transition seamlessly from one task to another without worrying about compatibility or device integration. The robustness and reliability of the connection are also major advantages in high-pressure clinical environments, where every minute counts.
The UST-5531 linear probe is also designed to be easy to clean and maintain, which is crucial for medical devices used in hospital settings. This reduces the risk of cross-contamination and ensures a long product lifespan.
The Hitachi UST-5531 linear probe is a high-precision instrument, ideal for surgeons requiring high-quality ultrasound images in surgical and neurosurgical environments. It offers exceptional performance, reliable design, and perfect compatibility with Aloka systems, making it a simple and effective tool for advanced surgical diagnostics.
