LINEAR 25MM FOOTPRINT 13 TO 6MHZ DIAGNOSTIC ULTRASOUND TRANSDUCER by Fujifilm Sonosite Inc

Key Highlights

• Versatile Frequency Range: The Fujifilm Sonosite Linear Transducer operates within a frequency range of 6 to 13 MHz, providing flexibility for various diagnostic applications.
• Compact Design: With a 25mm footprint, this transducer is designed for accessibility in confined spaces, making it ideal for point-of-care settings.
• Broad Application Spectrum: This device is suitable for multiple clinical scenarios, including musculoskeletal, nerve, ophthalmic, superficial, and vascular imaging.
• Enhanced Imaging Quality: The transducer's design facilitates high-resolution imaging, ensuring accurate diagnostics and improved patient outcomes.
• Compatibility with Multiple Systems: This transducer is compatible with a range of Fujifilm Sonosite ultrasound systems, enhancing its utility across different clinical environments.

Compatible Systems & Use Cases

This transducer is compatible with the following Fujifilm Sonosite models:

• M TURBO
• S-NERVE
• EDGE
• S-SERIES
• S-ICU
• S-CATH
• S-FAST
• S-MSK

Likely Use Cases:

• Musculoskeletal Imaging: Ideal for assessing soft tissue structures and joint conditions.
• Nerve Blocks: Utilized in anesthetic procedures to visualize nerves for accurate injections.
• Ophthalmic Applications: Effective for imaging ocular structures and diagnosing eye conditions.
• Superficial Vascular Assessment: Suitable for evaluating superficial veins and arteries, enhancing vascular access procedures.

Technical Specifications

Clinical and Service Value

The Fujifilm Sonosite Linear 25mm Footprint Transducer is designed to enhance clinical workflows by providing high-resolution imaging across a variety of applications. Its compatibility with multiple Fujifilm Sonosite systems ensures that healthcare institutions can leverage existing equipment, minimizing the need for extensive training or additional investments in new technology. This adaptability is particularly beneficial in dynamic healthcare environments where rapid response and versatility are paramount.

From a maintenance perspective, the transducer's robust design promotes longevity and reliability, reducing downtime and ensuring consistent performance. The ease of integration with existing ultrasound systems streamlines procurement processes, allowing biomedical engineers to focus on optimizing device utilization rather than navigating complex compatibility issues. Overall, the transducer supports improved patient care through efficient diagnostics while maintaining a cost-effective approach to ultrasound imaging solutions.

Additional notes

Applications:MusculoskeletalNerveOphthalmicSuperficialVascular