TRANSDUCER, PUC, 9.78MM SIZE, 90° FIELD OF VIEW, SECTOR PHASED ARRAY FORM FACTOR, 4 TO 12MHZ FREQUENCY RANGE, 96 NUMBER OF ELEMENTS, S12-4 S by Philips

Key Highlights

• Advanced Imaging Capability: The Philips PUC transducer features a 90° field of view and operates within a frequency range of 4 to 12 MHz, facilitating high-resolution imaging for diverse clinical applications.
• Versatile Applications: Specifically designed for adult and pediatric cardiac echocardiography, as well as neonatal head imaging, this transducer enhances diagnostic accuracy across multiple patient demographics.
• Robust Design: With 96 elements in a sector phased array form factor, this transducer ensures optimal signal acquisition and image quality, making it suitable for demanding clinical environments.
• Wide Compatibility: The transducer is compatible with a range of Philips ultrasound systems, including the HD11, IU22, and EPIQ series, providing flexibility for healthcare facilities with diverse equipment.
• Enhanced Workflow Efficiency: The design and functionality of this transducer contribute to streamlined workflows, enabling faster and more accurate diagnostic procedures.

Compatible Systems & Use Cases

• Models:
  • HD11
  • IU22
  • CX50
  • HD11XE
  • IE33
  • EPIQ 7
  • EPIQ 5
  • AFFINITI 50
  • AFFINITI 70
• Use Cases:
  • Adult Cardiac Echocardiography
  • Pediatric Cardiac Echocardiography
  • Neonatal Head Imaging

Technical Specifications

Parameter	Value
Size	9.78 mm
Frequency Range	4 to 12 MHz
Number of Elements	96
Field of View	90°
Form Factor	Sector Phased Array

Clinical and Service Value

The Philips PUC transducer is engineered to meet the rigorous demands of modern healthcare environments, particularly in cardiology and pediatrics. Its compatibility with multiple Philips ultrasound systems ensures that healthcare facilities can leverage existing investments while upgrading their imaging capabilities. This transducer’s advanced features enable clinicians to perform detailed examinations, thereby improving diagnostic accuracy and patient care outcomes.

Moreover, the transducer's robust design and high-quality imaging capabilities contribute to reduced maintenance needs and enhanced workflow efficiency. By facilitating quicker examinations and providing reliable performance, healthcare providers can optimize resource utilization, ultimately leading to improved patient throughput and satisfaction. The integration of this transducer into existing ultrasound systems enhances overall operational efficiency, ensuring that healthcare professionals can focus on delivering high-quality care.

Additional notes

Applications:Cardiac (Adult Echo)Cardiac (Pediatric Echo)Pediatrics (Neonatal Head)