X8-2t Transducer

Description

Product Overview

The Philips X8-2t is a premium transesophageal echocardiography (TEE) transducer designed for adult cardiac patients. Featuring PureWave crystal technology combined with xMatrix architecture, this sector array probe delivers exceptional image penetration and clarity across an extended 8–2 MHz operating frequency range. Whether performing routine 2D exams or advanced Live 3D volume acquisitions, the X8-2t provides the diagnostic confidence needed for complex cardiac assessments.

Key Features

• PureWave & xMatrix Technology – Delivers superior signal-to-noise ratio and deep penetration, producing clear images even in technically difficult patients.

• Extended Frequency Range (8–2 MHz) – Offers flexibility for both high-resolution near-field imaging and deep tissue penetration.

• Multi-Mode Imaging – Supports 2D, Live xPlane, Live 3D, 3D Zoom, Full Volume, and 3D Color modes for comprehensive cardiac evaluation.

• Wide Field of View – Provides a 90° imaging field with a 105° x 105° volume field of view, capturing more anatomy in a single acquisition.

• User-Configurable Button – Located on the handle to streamline exam workflow and improve efficiency.

• Image Fusion Navigation Capable – Integrates seamlessly with navigation systems for interventional guidance.

Specifications

• Transducer Technology: PureWave and xMatrix
• Array Type: PureWave and xMatrix
• Frequency Range: 8 – 2 MHz
• Number of Elements: 2,500
• Field of View (2D): 90°
• Volume Field of View: 105° x 105°
• Aperture: Proprietary
• Applications: Adult TEE
• Biopsy Capable: No
• Image Fusion Navigation: Yes

System Compatibility

Compatible with the following Philips ultrasound systems:

• Philips Epiq 5
• Philips Epiq 7
• Philips Epiq CVx
• Philips Epiq CVxi

Why Choose the X8-2t?

The X8-2t is built for cardiologists who demand exceptional image quality and advanced volumetric imaging in a TEE probe. From routine structural assessments to complex interventional guidance, this transducer combines cutting-edge materials with intelligent design to enhance diagnostic accuracy and exam efficiency.