Philips Ultrasound L17-5 Array Ultrasound Transducer

The Philips Ultrasound L17-5 Array Ultrasound Transducer is a high-performance linear array transducer designed for superficial imaging applications, offering exceptional image clarity for a variety of diagnostic procedures. This broadband transducer is ideal for vascular, musculoskeletal, small organ, and pediatric imaging, providing high-resolution and precise visualizations of superficial tissues. The L17-5 is compatible with Philips ultrasound systems, enhancing the quality and accuracy of clinical evaluations.

Key Features:

1. Linear Array Technology:

   • The L17-5 transducer utilizes linear array technology, where elements are arranged in a straight line. This design produces rectangular images that allow for high-resolution visualization of superficial anatomical structures, such as blood vessels, muscles, tendons, and small organs.
   • This technology is particularly suited for applications that require precise and detailed imaging of shallow structures.

2. Wide Frequency Range (17-5 MHz):

   • The L17-5 operates within a broad frequency range of 17 MHz to 5 MHz, offering a balance between high resolution and penetration depth.
   • Higher frequencies (such as 17 MHz) provide excellent image resolution for superficial structures, while the lower frequencies (such as 5 MHz) allow for better tissue penetration, making it versatile for different imaging requirements.
   • This flexibility makes the transducer suitable for detailed visualization of small structures, like the thyroid, breast tissue, and superficial blood vessels, while still being effective for deeper structures.

3. Exceptional Image Quality:

   • The L17-5 delivers high-resolution images with excellent clarity, providing detailed views of superficial soft tissues, vascular structures, and musculoskeletal tissues.
   • The high-frequency range (17-5 MHz) is particularly beneficial for visualizing fine details, such as the surface layers of the skin, superficial blood vessels, and small abnormalities in muscles or joints.

4. Real-Time Imaging:

   • The L17-5 transducer supports real-time imaging, allowing clinicians to observe dynamic movement or changes in structure. This is especially valuable for vascular imaging and musculoskeletal assessments.
   • Real-time imaging facilitates the observation of blood flow, tissue motion, and muscle contractions, which is essential for conditions such as vascular disease, musculoskeletal injuries, and pediatric evaluations.

5. Versatile Clinical Applications:

   • The Philips L17-5 transducer is designed for a broad range of clinical uses, including:
     • Vascular Imaging: The L17-5 is commonly used for superficial vascular imaging, allowing the visualization of small blood vessels, veins, and arteries. It is ideal for assessing conditions such as varicose veins, arterial blockages, and venous insufficiency.
     • Musculoskeletal Imaging: The transducer is perfect for evaluating muscles, tendons, ligaments, and joints, providing clear, high-resolution images to diagnose sprains, tears, and other soft tissue injuries.
     • Pediatric Imaging: The L17-5 is also suitable for pediatric imaging, allowing clinicians to visualize small structures like the thyroid, lymph nodes, and other superficial tissues in infants and children.
     • Small Organ Imaging: The probe is ideal for imaging superficial organs such as the thyroid, breast tissue, and superficial lymph nodes, making it effective in routine screenings and cancer detection.

6. Ergonomic and Lightweight Design:

   • The Philips L17-5 transducer is designed for ease of use with an ergonomic, lightweight, and user-friendly form. It is comfortable to hold and maneuver during prolonged scanning sessions.
   • Its compact and lightweight design allows for better control and ease when imaging difficult or small anatomical areas.

7. Durability and Reliability:

   • Built for long-term use, the L17-5 transducer is highly durable, capable of withstanding the demands of a busy clinical environment.
   • It is also easy to clean and maintain, ensuring it remains in top condition for continuous, high-performance use.

8. Compatibility with Philips Ultrasound Systems:

   • The L17-5 transducer is fully compatible with Philips ultrasound systems, including the EPIQ and Affiniti series. This ensures seamless integration and optimal imaging performance when connected to compatible Philips ultrasound machines.
   • The integration of the L17-5 probe with Philips ultrasound technology provides exceptional image quality and allows for a more efficient workflow in clinical settings.

Common Use Cases:

• Vascular Imaging: The L17-5 is excellent for visualizing superficial blood vessels, such as carotid arteries and veins, and evaluating blood flow and other vascular conditions like varicose veins and arterial blockages.
• Musculoskeletal Imaging: It is widely used in musculoskeletal ultrasound to assess muscles, tendons, ligaments, and joints for conditions such as sprains, tendonitis, muscle tears, and other soft tissue injuries.
• Pediatric Imaging: The probe is ideal for imaging small organs and soft tissues in pediatric patients, such as the thyroid, lymph nodes, and other superficial structures in infants and children.
• Small Organ Imaging: The L17-5 is also used for imaging superficial organs, including the thyroid, breast, and lymph nodes, making it particularly useful for routine screenings, cancer detection, and health check-ups.

Summary:

The Philips Ultrasound L17-5 Array Ultrasound Transducer is a high-performance linear array transducer with a wide frequency range (17-5 MHz), ideal for superficial imaging of structures such as blood vessels, muscles, tendons, and small organs. With its real-time imaging capabilities, superior image resolution, and versatile clinical applications, this transducer is suitable for vascular assessments, musculoskeletal evaluations, pediatric imaging, and small organ imaging. The ergonomic design, durability, and compatibility with Philips ultrasound systems make it a reliable tool for clinicians seeking high-quality diagnostic images for a variety of medical conditions.