D2CWC 1.9MHZ DOPPLER TRANSDUCER FOR ADULT CARDIOLOGY by Philips

Key Highlights

• Advanced Doppler Technology: The D2CWC 1.9MHz Doppler Transducer utilizes cutting-edge Doppler technology, enhancing the accuracy of blood flow measurements in adult cardiology applications.
• Optimal Frequency Range: Operating at a frequency of 1.9MHz, this transducer is specifically designed to optimize cardiac imaging, ensuring precise diagnostics and effective patient management.
• Non-imaging Array Design: The non-imaging array type allows for focused Doppler assessments, making it ideal for evaluating hemodynamics in adult patients.
• Robust Compatibility: While specific models are not listed, this transducer is expected to be compatible with a variety of Philips ultrasound systems designed for cardiology.
• Durable and Reliable: Engineered for longevity and consistent performance, this transducer supports continuous clinical use, thereby enhancing workflow efficiency in cardiology departments.

Compatible Systems & Use Cases

• Likely Compatible Models: Philips Affiniti series, Philips EPIQ series, and other Philips ultrasound systems designed for adult cardiology.
• Use Cases: Ideal for adult cardiology assessments, including echocardiograms, Doppler studies, and hemodynamic evaluations.

Technical Specifications

Parameter	Value
Product Type	Doppler Transducer
Frequency Range	1.9 MHz
Imaging Type	Non-imaging Array Type
Application	Adult Cardiology

Clinical and Service Value

The D2CWC 1.9MHz Doppler Transducer is a vital tool for healthcare facilities focusing on adult cardiology. Its advanced Doppler technology ensures accurate assessment of blood flow, which is critical for diagnosing various cardiovascular conditions. By integrating this transducer with compatible Philips ultrasound systems, clinicians can enhance their diagnostic capabilities, leading to improved patient outcomes. The transducer's optimal frequency range is particularly effective in capturing detailed hemodynamic data, which is essential for comprehensive cardiac evaluations.

From a procurement perspective, the D2CWC transducer is designed for durability and reliability, minimizing the need for frequent replacements. This not only streamlines maintenance processes but also ensures that clinical staff can rely on consistent performance during patient assessments. Furthermore, the non-imaging array design allows for targeted Doppler assessments, which can improve workflow efficiency in busy cardiology departments. By investing in this transducer, healthcare facilities can enhance their diagnostic precision while optimizing resource utilization and patient care pathways.

Additional notes

Transducer, Doppler Imaging Type, Non-imaging Array Type, 1.9MHz Frequency Range, Doppler Technology, For Adult Cardiology