TRANSDUCER, TC-ZIF, 9.6MM FOOTPRINT SIZE, LINEAR ARRAY FORM FACTOR, 2.7 TO 8MHZ FREQUENCY RANGE, 140MM MAXIMUM DISPLAY DEPTH, 90° MAXIMUM FI by Siemens Medical Solutions

Product Brief: TRANSDUCER, TC-ZIF, 9.6MM FOOTPRINT SIZE

Key Highlights

• Versatile Imaging Applications: The TC-ZIF transducer is designed for a range of pediatric applications, including Neo Echo, Neo Head, and Ped Abd, ensuring comprehensive imaging capabilities for young patients.
• Optimized Frequency Range: Operating within a frequency range of 2.7 to 8 MHz, this transducer facilitates high-resolution imaging, allowing for detailed visualization of soft tissues and vascular structures.
• Compact Design: With a 9.6mm footprint, this linear array transducer is engineered for ease of use in confined spaces, making it ideal for pediatric and neonatal settings where precision and accessibility are paramount.
• Enhanced Depth Imaging: The transducer supports a maximum display depth of 140mm, enabling clinicians to assess deeper anatomical structures effectively, which is critical in complex pediatric cases.
• User-Friendly Interface: Designed with clinicians in mind, the TC-ZIF transducer integrates seamlessly with existing ultrasound systems, streamlining workflow and enhancing operational efficiency.

Compatible Systems & Use Cases

• Compatible Systems: While specific models are not listed, this transducer is likely compatible with Siemens ultrasound systems designed for pediatric imaging, such as the Acuson series.
• Use Cases: Ideal for neonatal and pediatric echocardiography, abdominal imaging, and head assessments, the TC-ZIF transducer is essential in settings where detailed imaging of small patients is required.

Technical Specifications

Clinical and Service Value

The TC-ZIF transducer from Siemens Medical Solutions represents a significant advancement in pediatric imaging technology. Its compact design and optimized frequency range allow healthcare professionals to obtain high-resolution images, which are crucial for accurate diagnosis and treatment planning. By facilitating detailed visualization of soft tissues and vascular structures, this transducer enhances clinical decision-making in neonatal and pediatric care.

Moreover, the TC-ZIF transducer is designed to integrate seamlessly with existing ultrasound systems, minimizing the need for extensive training or workflow disruptions. This compatibility not only streamlines the procurement process but also ensures that healthcare facilities can maintain operational efficiency. The transducer's durability and ease of use further reduce maintenance concerns, allowing biomedical engineers to focus on other critical tasks within the healthcare environment. Overall, the TC-ZIF transducer is a valuable asset for any medical facility dedicated to providing high-quality pediatric care.

Additional notes

Applications:Neo EchoNeo HeadPed AbdPed Echo