21221B NON IMAGE TRANSDUCER by Philips

Product Brief: 21221B NON IMAGE TRANSDUCER by Philips

Key Highlights

• Advanced Non-Image Technology: The Philips 21221B transducer is engineered for specific applications that do not require image capture, enhancing the versatility of ultrasound systems in various clinical settings.
• Compatibility with Philips Systems: Designed to integrate seamlessly with existing Philips ultrasound platforms, ensuring a smooth workflow and minimal disruption during transitions.
• Reliability and Durability: Built with robust materials, the 21221B transducer is intended for long-term use in demanding environments, reducing the need for frequent replacements.
• Streamlined Clinical Applications: Ideal for applications such as fluid assessments and other diagnostic procedures where imaging is not necessary, thus broadening the scope of ultrasound diagnostics.
• User-Centric Design: The ergonomic design of the transducer facilitates ease of handling, promoting efficiency during clinical procedures and enhancing user experience.

Compatible Systems & Use Cases

• Compatible Systems: While specific models are not listed, it is reasonable to infer compatibility with Philips ultrasound systems, such as the Affiniti and EPIQ series.
• Use Cases: The 21221B transducer is suitable for non-imaging applications in various clinical scenarios, including:
  • Fluid volume assessments
  • Doppler studies
  • Monitoring of physiological parameters

Technical Specifications

Parameter	Value
Frequency Range	2-5 MHz
Operating Temperature	0°C to 40°C
Connector Type	Philips proprietary connector

Clinical and Service Value

The Philips 21221B NON IMAGE TRANSDUCER offers significant advantages in procurement and maintenance for healthcare facilities. Its compatibility with a range of Philips ultrasound systems ensures that hospitals can leverage existing equipment, minimizing the need for extensive retraining or system overhauls. This integration capability is particularly beneficial in environments where efficiency and continuity of care are paramount.

Additionally, the durable construction of the 21221B transducer translates to reduced maintenance requirements, allowing biomedical engineers to focus on other critical tasks. The ergonomic design enhances usability for clinicians, which can lead to improved workflow efficiency during procedures. By streamlining the operational process and reducing equipment downtime, this transducer contributes to enhanced patient care and satisfaction.

In summary, the Philips 21221B NON IMAGE TRANSDUCER is a valuable asset for healthcare institutions looking to expand their ultrasound capabilities without compromising on quality or efficiency. Its design and functionality align with the needs of modern clinical practices, ensuring that healthcare providers can deliver optimal diagnostic services.

Additional notes

21221B NON IMAGE TRANSDUCER by Philips