Siemens 10V4: Precision and Reliability for Advanced Imaging
The Siemens 10V4 transducer is an essential tool for healthcare professionals seeking high-quality imaging. Designed to meet the demands of rigorous diagnostic examinations, it combines performance and ergonomics to optimize patient care. Its sophisticated design and advanced features make it an indispensable device for a wide range of medical applications.
Equipped with cutting-edge piezoceramic technology, the 10V4 delivers highly precise imaging with a bandwidth of 3.4 to 10.4 MHz. This broad frequency range allows for optimal adaptability to various examination conditions, ensuring detailed visualization of anatomical structures. Its 90° field of view provides extensive coverage, facilitating the exploration and analysis of obtained images.
The 10V4 excels in resolution. With an axial and lateral resolution of 1 mm, it enables the precise detection of fine structures and subtle anomalies. This image quality contributes to more reliable diagnoses and faster, more efficient patient care. Its vector format further enhances visualization quality by offering better spatial representation of examined tissues.
The ergonomics of the Siemens 10V4 transducer have been carefully designed to ensure optimal user comfort. With compact dimensions of 14.3 x 22.6 mm and a weight of only 376 g, it is easy to handle and reduces fatigue during prolonged examinations. Its 2.2 m cable offers increased flexibility, facilitating access to different examination areas without compromising the practitioner's freedom of movement.
This device is also designed for seamless integration with Siemens ultrasound systems, ensuring optimal compatibility and interoperability. Its durability and robust design make it an ideal choice for intensive use in hospitals or private practices.
The Siemens 10V4 is a top choice for professionals requiring high-quality imaging, optimal ease of use, and unwavering reliability. Its innovative design and high performance make it a valuable asset for diagnosing and monitoring medical conditions.
