11-3L TRANSDUCER by Philips

Key Highlights

• The 11-3L Transducer by Philips is designed to deliver high-resolution imaging, making it ideal for arterial applications.
• This transducer is compatible with multiple SONOS models, enhancing the versatility of ultrasound diagnostics in clinical settings.
• Its advanced technology ensures accurate measurements and reliable results, crucial for effective patient assessments.
• The ergonomic design of the transducer promotes ease of use, reducing operator fatigue during prolonged procedures.
• Philips is known for its commitment to innovation, ensuring that this transducer meets the evolving needs of healthcare professionals.

Compatible Systems & Use Cases

The 11-3L Transducer is compatible with the following Philips SONOS models:

• SONOS 1000
• SONOS 1500
• SONOS 2000
• SONOS 2500
• SONOS 4500
• SONOS 5500
• SONOS 7500

This transducer is particularly effective for arterial imaging, making it suitable for vascular assessments and related diagnostic procedures in various clinical scenarios.

Technical Specifications

Parameter	Value
Frequency Range	11-3 MHz
Imaging Mode	2D, Doppler
Application	Arterial Imaging

Clinical and Service Value

The 11-3L Transducer by Philips significantly enhances clinical workflows by providing high-quality imaging for arterial assessments. Its compatibility with a range of SONOS models allows healthcare facilities to maximize their existing ultrasound systems, ensuring that they can deliver precise diagnostics without the need for extensive equipment overhauls. This adaptability is particularly beneficial in busy clinical environments where efficiency is paramount.

Moreover, the transducer's ergonomic design not only improves operator comfort but also contributes to more efficient patient interactions. By reducing the physical strain on healthcare professionals, the transducer facilitates longer examination periods without compromising on the quality of care. As a result, healthcare facilities can expect improved staff satisfaction and retention, ultimately benefiting patient outcomes through enhanced diagnostic capabilities.

Additional notes

Applications:Arterial