PHiliph Probe C9-4V Broadband Tightly Curved Array Transducer for Ultrasound System

PHiliph C9-4V Ultrasound Transducer

PHiliph Probe C9-4V Broadband Tightly Curved Array Transducer for Ultrasound System

► Brief Description

The PHiliph C9-4V Broadband Tightly Curved Array Transducer is a core component designed for high-end ultrasound systems. Featuring superior broadband technology, a tight convex array geometry, and an excellent balance of penetration and resolution, it is ideal for abdominal and obstetric/gynecological examinations.

The C9-4V probe is primarily compatible with PHiliph' mid-to-high-end ultrasound diagnostic platforms, including but not limited to:

• EPIQ Series: Flagship ultrasound systems that fully leverage the C9-4V's wideband and high-resolution potential.
• Affiniti Series: High-end general-purpose ultrasound platforms that provide a balanced imaging experience for abdominal and obstetric/gynecological procedures.
• Selected CX30 portable systems: In certain configurations, the C9-4V can also be used for portable ultrasound to meet bedside and emergency abdominal examination needs.

► Specification

► Detailed Photos

► Advantages 

1. Multi-purpose probe: Utilizing wideband technology, doctors can perform comprehensive scans from superficial to deep tissues without frequent probe changes, significantly improving clinical efficiency.
2. Optimized near-field imaging: The compact convex array design effectively solves the problem of limited near-field field of view associated with traditional high-curvature probes, which is especially important for patients with thin abdominal walls or those requiring observation of lesions close to the abdominal wall.
3. Superior image consistency: Combined with PureWave single-crystal technology, the C9-4V provides highly consistent image quality from center to edge, reducing artifact interference and enhancing diagnostic confidence.
4. Durability and ergonomics: The probe housing features a wear-resistant and drop-resistant design, and the cable is reinforced for high-frequency clinical use. The ergonomic handle design reduces fatigue for doctors during prolonged use.

► Clinical Applications

• Abdominal Organ Examination: The primary probe for examining the liver, gallbladder, pancreas, spleen, and kidneys. Whether for routine physical examinations or differential diagnosis of complex lesions, its excellent contrast resolution helps doctors detect minute lesions.
• Obstetric and Gynecological Transabdominal Ultrasound: Suitable for examining the uterus and adnexa, as well as assessing fetal growth and development in the mid-to-late stages of pregnancy. Its compact design ensures good image quality even with low amniotic fluid or unfavorable fetal position.
• Urinary System Examination: Used for examining the bladder, prostate (gross transabdominal observation), and kidneys and ureters.
• Pediatric and Neonatal Applications: Due to its small contact area and high frequency limit, the C9-4V is also ideal for abdominal examinations of children and infants, providing superior image detail compared to low-frequency probes while maintaining penetration power.

► Technoloy & Design

Broadband Technology: This probe supports a wide operating frequency range of 4-8 MHz. Compared to traditional single-frequency probes, the wideband design allows physicians to flexibly switch frequencies during the same examination based on the depth of examination and the characteristics of the target organ. Higher frequencies can be used to acquire high-resolution images in superficial areas, while lower frequencies are automatically or manually switched to in deeper tissues to ensure sufficient penetration.

Tightly Curved Array: Compared to standard convex array probes, the C9-4V employs a smaller radius of curvature (tightly convex design). This design significantly reduces the probe's footprint while maintaining a fan-shaped field of view, allowing it to easily pass through narrow intercostal spaces and obtain better near-field vision in obese patients or pediatric patients, reducing blind spots.

High Resolution and Low Blind Spot: Thanks to advanced element arrangement and acoustic lens design, the C9-4V achieves lateral resolution of ≤1mm in depths ≤40mm, with blind spots controlled to within ≤5mm. This means that the probe can not only see deep organs, but also provide clear anatomical details of superficial structures close to the body surface.

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