X3-1 TRANSDUCER (PUC) by Philips

Product Brief: X3-1 Transducer (PUC) by Philips

Key Highlights

• Advanced Imaging Capability: The X3-1 Transducer is designed to enhance imaging quality for a variety of ultrasound applications, providing clinicians with clear and precise images for accurate diagnostics.
• Versatile Compatibility: This transducer is compatible with the Philips IU22 and IE33 ultrasound systems, making it suitable for diverse clinical environments and enhancing workflow efficiency.
• Ergonomic Design: The transducer is engineered with user comfort in mind, allowing for prolonged use without compromising on performance, thereby improving clinician satisfaction and patient care.
• Robust Performance: Built with high-quality materials, the X3-1 Transducer ensures durability and reliability, essential for continuous use in busy healthcare settings.

Compatible Systems & Use Cases

• Models:
  • IU22
  • IE33
• Use Cases:
  • General imaging
  • Cardiac assessments
  • Obstetric and gynecological examinations
  • Vascular studies

Technical Specifications

Parameter	Value
Frequency Range	1.0 - 3.5 MHz
Imaging Modes	2D, Doppler
Connector Type	Philips proprietary

Note: The technical specifications provided are based on typical industry expectations for similar transducer models and may vary based on specific configurations or updates.

Clinical and Service Value

The X3-1 Transducer by Philips is an essential tool for healthcare facilities looking to enhance their ultrasound capabilities. Its compatibility with the IU22 and IE33 systems allows for seamless integration into existing workflows, enabling clinicians to perform a wide range of diagnostic procedures with ease. This versatility not only improves patient throughput but also supports a more comprehensive approach to patient care, as clinicians can utilize advanced imaging techniques across various specialties.

From a maintenance perspective, the robust design of the X3-1 Transducer ensures longevity and reliability, reducing the frequency of replacements and service interruptions. This durability translates into lower operational disruptions and a more streamlined workflow, allowing biomedical engineers and procurement teams to focus on other critical areas of equipment management. Furthermore, the ergonomic design promotes user comfort, which can lead to increased clinician satisfaction and reduced fatigue during prolonged procedures, ultimately benefiting patient outcomes.

Additional notes

X3-1 TRANSDUCER (PUC) by Philips