TRANSDUCER, LINEAR ARRAY FORM FACTOR, 2.9 TO 8.1MHZ FREQUENCY RANGE, 9EC4 SERIES, FOR USE WITH: FOR GENERAL ULTRASOUND by Siemens Medical Solutions

Key Highlights

• The TRANSDUCER, LINEAR ARRAY FORM FACTOR, offers a versatile frequency range of 2.9 to 8.1 MHz, making it suitable for various ultrasound applications.
• Designed specifically for general ultrasound procedures, this transducer enhances imaging quality and diagnostic accuracy.
• Compatible with Siemens Medical Solutions' SEQUOIA and SEQUOIA ST models, ensuring seamless integration within existing systems.
• Ideal for transvaginal applications, providing clinicians with the capability to perform detailed examinations.
• Robust design ensures durability and reliability, minimizing downtime and enhancing workflow efficiency.

Compatible Systems & Use Cases

This transducer is compatible with the following models:

• SEQUOIA
• SEQUOIA ST

It is primarily utilized in general ultrasound scenarios, particularly for transvaginal imaging, where high-resolution images are essential for accurate diagnostics.

Technical Specifications

Parameter	Value
Frequency Range	2.9 to 8.1 MHz
Form Factor	Linear Array
Applications	Transvaginal Imaging

Clinical and Service Value

The TRANSDUCER, LINEAR ARRAY FORM FACTOR, is designed to enhance the capabilities of ultrasound imaging, particularly in transvaginal applications. Its frequency range allows for detailed visualization of anatomical structures, which is critical for accurate diagnosis and treatment planning. By integrating seamlessly with established Siemens models, this transducer facilitates a smooth workflow, enabling healthcare providers to deliver timely and effective patient care.

Moreover, the robust design of this transducer minimizes the likelihood of equipment failure, thereby reducing maintenance needs and ensuring consistent operational performance. This reliability is essential in clinical settings where uptime is crucial. The ease of use and compatibility with existing systems further streamline workflows, allowing biomedical engineers and procurement teams to maximize the utility of their ultrasound devices while minimizing disruptions to patient services.

Additional notes

Applications:Transvaginal