TRANSDUCER, PUC, 26.1MM SIZE, 130° FIELD OF VIEW, TIGHTLY CURVED ARRAY FORM FACTOR, 3 TO 10MHZ FREQUENCY RANGE, 128 NUMBER OF ELEMENTS, C10- by Philips

Key Highlights

• This transducer features a 26.1mm size and a tightly curved array form factor, enhancing imaging capabilities in various obstetric and urological applications.
• With a 130° field of view, it provides comprehensive visualization, crucial for early obstetric assessments and gynecological evaluations.
• The frequency range of 3 to 10 MHz allows for detailed imaging, catering to diverse clinical scenarios, including fetal echocardiography.
• Equipped with 128 elements, this transducer ensures high-resolution images, improving diagnostic accuracy and patient outcomes.
• Compatible with leading Philips ultrasound systems, it integrates seamlessly into existing workflows, enhancing operational efficiency.

Compatible Systems & Use Cases

This transducer is compatible with the following Philips ultrasound models:

• IU22
• CX50
• EPIQ 5
• AFFINITI 70

It is particularly suited for use in:

• Obstetrics (Early OB, General, Gyn Fertility, Gyn Pelvis, Gyn Penetration)
• Urology (Bladder)
• Obstetrics (OB Fetal Echo)

Technical Specifications

Parameter	Value
Size	26.1 mm
Field of View	130°
Frequency Range	3 to 10 MHz
Number of Elements	128

Clinical and Service Value

The Philips transducer offers significant clinical advantages by providing high-resolution imaging essential for accurate diagnoses in obstetrics and urology. Its wide frequency range and large field of view facilitate comprehensive examinations, enabling healthcare professionals to make informed decisions quickly. The integration with Philips ultrasound systems ensures that facilities can leverage existing investments while enhancing their diagnostic capabilities.

From a service perspective, the transducer's robust design and compatibility with multiple models allow for streamlined maintenance and reduced downtime. This versatility ensures that healthcare providers can adapt to varying clinical needs without the necessity for extensive retraining or additional equipment investments. As a result, workflows are optimized, leading to improved patient care and operational efficiency.

Additional notes

Applications:Obstetrics (Early OB)Obstetrics (General)Obstetrics (Gyn Fertility)Obstetrics (Gyn Pelvis)Obstetrics (Gyn Penetration) Urology (Bladder)Obstetrics (OB Fetal Echo)