C10-3v Transducer

Description

Product Overview

The Philips C10-3v is a broadband curved array transducer featuring PureWave crystal technology. Designed specifically for endovaginal applications, this probe delivers exceptional image quality across an extended 10 to 3 MHz operating frequency range. Whether performing routine gynecology exams, obstetrics scans, early pregnancy assessments, or fertility studies, the C10-3v provides the clarity and depth needed for confident diagnoses.

Key Features

• PureWave Crystal Technology – Delivers superior signal-to-noise ratio and deep penetration, producing clear images even in challenging patient body types.
• Extended Frequency Range (10–3 MHz) – Offers flexibility for both high-resolution near-field imaging and deeper tissue penetration.
• Wide Field of View – Provides a 130° field of view, capturing more anatomy in a single acquisition for comprehensive exams.
• Advanced Imaging Capabilities – Supports strain-based elastography for tissue characterization and a variety of biopsy guides for interventional procedures.
• Endovaginal Design – Ergonomically designed for patient comfort and ease of use in gynecology, obstetrics, early OB, and fertility applications.

Specifications

• Technology: PureWave
• Array Type: Tightly curved
• Number of Elements: 128
• Frequency Range: 10 – 3 MHz
• Aperture: 26.1 mm
• Field of View: 130°
• Applications: Endovaginal obstetrics, gynecology, and fertility
• Biopsy Capable: Yes
• Image Fusion Navigation Capable: No

System Compatibility

Compatible with the following Philips ultrasound systems:

• Philips EPIQ Series: EPIQ 5, EPIQ 7
• Philips Affiniti Series: Affiniti 70
• Philips iU22
• Philips CX50 (portable system)

Why Choose the C10-3v?

The C10-3v is built for OB/GYN and fertility specialists who demand exceptional image quality in an endovaginal transducer. From early pregnancy confirmation to complex fertility assessments and guided biopsies, this probe combines PureWave technology with a wide field of view to enhance diagnostic accuracy and exam efficiency.