Philips S7-2omni TEE phased-array probe for adult transesophageal cardiac imaging. It features 64 elements, a 2.2–6.5 MHz range and a mechanically rotatable array for 360° cardiac views.
The Philips S7-3T probe is designed to meet the needs of healthcare professionals performing transesophageal echocardiography in both pediatric and adult patients. It provides detailed visualization of cardiac structures and is suitable for TEE examinations requiring precise imaging.
With broadband technology and 48 elements, the S7-3T is designed to provide high-quality images. Its 7–3 MHz frequency range allows imaging to be adapted to different depths and cardiac structures.
The sector-array design optimizes ultrasound beam orientation and enables effective examination of internal cardiac structures. Its 90° field of view provides broad coverage of areas of interest during transesophageal examinations.
The various Doppler modes allow assessment of blood flow through valves and cardiac structures. Harmonic imaging and XRES technology contribute to improved image resolution and tissue contrast.
The S7-3T is designed to facilitate TEE procedures while providing comfortable handling. Its shaft measures 70 cm in length and has a diameter of 7.4 mm, allowing precise positioning of the probe.
The probe tip measures approximately 10.7 × 8 × 27 mm, with a design intended to facilitate insertion and handling during transesophageal examinations.
The Philips S7-3T probe is designed to meet the needs of healthcare professionals performing transesophageal echocardiography in both pediatric and adult patients. It provides detailed visualization of cardiac structures and is suitable for TEE examinations requiring precise imaging.
With broadband technology and 48 elements, the S7-3T is designed to provide high-quality images. Its 7–3 MHz frequency range allows imaging to be adapted to different depths and cardiac structures.
The sector-array design optimizes ultrasound beam orientation and enables effective examination of internal cardiac structures. Its 90° field of view provides broad coverage of areas of interest during transesophageal examinations.
The various Doppler modes allow assessment of blood flow through valves and cardiac structures. Harmonic imaging and XRES technology contribute to improved image resolution and tissue contrast.
The S7-3T is designed to facilitate TEE procedures while providing comfortable handling. Its shaft measures 70 cm in length and has a diameter of 7.4 mm, allowing precise positioning of the probe.
The probe tip measures approximately 10.7 × 8 × 27 mm, with a design intended to facilitate insertion and handling during transesophageal examinations.