3D9-3V 3D TRANSDUCER (IE33/IU22) by Philips

Key Highlights

• The 3D9-3V 3D Transducer by Philips is designed for advanced imaging in obstetrics, providing high-resolution 3D images for early OB assessments.
• Compatible with multiple Philips ultrasound systems, including the IU22, EPIQ 5, AFFINITI 50, and AFFINITI 70, ensuring versatility across clinical settings.
• This transducer enhances diagnostic capabilities in gynecology, aiding in fertility assessments and pelvic examinations.
• Its application in urology allows for comprehensive bladder evaluations, expanding its utility beyond obstetric imaging.
• Designed with user-friendly ergonomics, the transducer promotes efficient workflow and reduces operator fatigue during extended procedures.

Compatible Systems & Use Cases

• Philips IU22 - Ideal for general obstetric imaging and gynecological assessments.
• Philips EPIQ 5 - Suitable for advanced fetal echo studies and complex obstetric cases.
• Philips AFFINITI 50 - Designed for routine obstetric and gynecological examinations.
• Philips AFFINITI 70 - Supports comprehensive evaluations in both obstetrics and urology.

Technical Specifications

Parameter	Value
Frequency Range	2-5 MHz
Imaging Modes	3D, 2D, Doppler
Dimensions	Compact Ergonomic Design
Weight	Lightweight for ease of handling

Clinical and Service Value

The 3D9-3V 3D Transducer enhances clinical workflows by providing high-quality imaging capabilities essential for obstetric and gynecological applications. Its compatibility with various Philips ultrasound systems allows healthcare facilities to maximize their existing equipment investments. This transducer supports a wide range of applications, from early obstetric assessments to detailed evaluations in urology, thus streamlining patient care and improving diagnostic accuracy.

In terms of maintenance, the 3D9-3V is designed for durability and ease of cleaning, which is crucial in busy clinical environments. Regular maintenance ensures optimal performance, reducing downtime and enhancing service reliability. Furthermore, the ergonomic design minimizes operator strain during prolonged use, promoting a more efficient workflow and ultimately improving patient throughput in diagnostic imaging departments.

Additional notes

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