L18-5 TRANSDUCER (EPIQ/CX) by Philips

Product Brief: L18-5 Transducer (EPIQ/CX) by Philips

Key Highlights

• Extended Frequency Range: The L18-5 transducer operates within an 8 to 5 MHz frequency range, providing enhanced imaging capabilities for a variety of applications.
• Advanced Doppler Technology: Featuring Auto Doppler flow optimization, this transducer ensures accurate and efficient blood flow assessments in vascular studies.
• Versatile Imaging Applications: Designed for high-resolution imaging, it is suitable for superficial applications, including small parts, breast, vascular, and musculoskeletal imaging.
• Innovative Imaging Features: The transducer supports a range of advanced imaging techniques such as Color Power Angio (CPA) and SonoCT, enhancing diagnostic capabilities.
• Biopsy Guidance: With built-in biopsy guide capabilities, the L18-5 transducer facilitates precise needle placement for interventional procedures.

Compatible Systems & Use Cases

• Models:
  • EPIQ 5
  • AFFINITI 50
  • AFFINITI 70
• Use Cases:
  • Musculoskeletal imaging (general and superficial)
  • Pediatric abdomen and hip assessments
  • Small parts imaging (breast, testicular, thyroid)
  • Vascular assessments (arterial, carotid, venous)

Technical Specifications

Clinical and Service Value

The L18-5 transducer by Philips is engineered to enhance diagnostic precision across a wide range of clinical applications. Its extended frequency range and high-resolution capabilities make it ideal for detailed imaging of superficial structures, which is crucial in fields such as oncology and vascular medicine. By integrating advanced features like Auto Doppler flow optimization and elastography, this transducer not only improves the quality of diagnostic imaging but also streamlines workflow efficiency in busy clinical environments.

In terms of maintenance and procurement, the L18-5 transducer is designed to be compatible with several Philips ultrasound systems, ensuring that healthcare facilities can leverage existing equipment investments. Its robust design and advanced imaging technologies contribute to reduced downtime and maintenance needs, allowing biomedical engineers to focus on other critical tasks. Additionally, the inclusion of biopsy guide capabilities enhances procedural efficiency, supporting clinicians in delivering timely and effective patient care.

Additional notes

Applications:Musculoskeletal (General)Musculoskeletal (Superficial)Pediatrics (Abdomen)Pediatrics (Hip)Small Parts (Breast)Small Parts (Superficial)Small Parts (Testicular)Small Parts (Thyroid)Vascular (Arterial)Vascular (Carotid)Vascular (Venous)