L18-5 TRANSDUCER (EPIQ/CX) by Philips

Key Highlights

• The L18-5 Transducer by Philips features an extended operating frequency range of 8 to 5 MHz, enabling exceptional imaging across various applications.
• Equipped with Auto Doppler flow optimization, this transducer enhances the accuracy and efficiency of vascular assessments.
• It supports elastography with strain-based technology, offering advanced capabilities for tissue characterization and evaluation.
• High resolution imaging is achieved for superficial applications including small parts, breast, vascular, and musculoskeletal imaging, ensuring precise diagnostics.
• The transducer includes advanced imaging technologies such as SonoCT and harmonic imaging, further improving image quality and diagnostic confidence.

Compatible Systems & Use Cases

The L18-5 Transducer is compatible with the following models:

• EPIQ 5
• AFFINITI 50
• AFFINITI 70

This transducer is ideal for various modalities, including musculoskeletal imaging, pediatric assessments, and small parts evaluations such as breast, thyroid, and testicular imaging. Its capabilities extend to vascular applications, enhancing both arterial and venous assessments.

Technical Specifications

Parameter	Value
Frequency Range	8 to 5 MHz
Elements	288 element linear array
Imaging Technologies	Harmonic imaging, SonoCT, Color Power Angio

Clinical and Service Value

The L18-5 Transducer offers significant clinical value by enhancing diagnostic accuracy across a broad spectrum of applications. Its high resolution and advanced imaging capabilities ensure that healthcare professionals can confidently diagnose conditions in superficial structures, vascular systems, and musculoskeletal tissues. This versatility makes it an essential tool in modern ultrasound practices, supporting improved patient outcomes.

From a service perspective, the integration of the L18-5 Transducer into existing ultrasound systems is seamless, promoting efficient workflow within clinical settings. The advanced features, such as Auto Doppler flow optimization and elastography, minimize the need for additional equipment, thereby streamlining maintenance and reducing operational complexities. As a result, healthcare facilities can enhance their diagnostic services while optimizing resource utilization.

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)