GE 6VT-D Electronic 4D Multiplane Transesophageal (TEE) Probe YOM:2024

Includes:

- GE 6VT-D Electronic 4D Multiplane Transesophageal (TEE) Probe

The GE 6VT-D Electronic 4D Multiplane Transesophageal (TEE) Probe (REF: KN100120, YOM: 2024) is an advanced transesophageal echocardiography probe designed for compatible GE ultrasound systems. It provides multiplane cardiac imaging capabilities for echocardiographic assessment where transesophageal ultrasound is required.

Manufactured by GE Healthcare, the 6VT-D is designed for use with compatible cardiovascular ultrasound platforms and provides a specialised solution for hospitals, cardiology departments, cardiac centres and echocardiography services.

Product Details

• Manufacturer: GE Healthcare
• Model: 6VT-D
• Probe Type: Electronic 4D Multiplane Transesophageal (TEE) Probe
• Reference: KN100120
• Year of Manufacture: 2024
• Modality: Transesophageal Echocardiography (TEE)
• Primary Application: Cardiac & Cardiovascular Ultrasound
• Compatibility: Compatible GE ultrasound systems

Key Features

- Electronic 4D Multiplane Imaging

The GE 6VT-D is an electronic multiplane TEE probe designed to support advanced cardiac imaging with compatible GE ultrasound equipment.

- Transesophageal Echocardiography

Designed for transesophageal cardiac examinations, providing clinicians with access to specialised echocardiographic imaging from the oesophageal position.

- Cardiovascular Imaging

A dedicated solution for cardiac imaging applications in cardiology, cardiac surgery and critical-care environments where compatible TEE equipment is required.

- Advanced Ultrasound Probe Design

The 6VT-D provides a specialised transducer configuration for compatible GE cardiovascular ultrasound platforms.

- 2024 Year of Manufacture

Manufactured in 2024, making this a relatively recent-generation probe for buyers seeking newer ultrasound accessories.

Clinical Applications

The GE 6VT-D TEE probe is designed for compatible applications including:

• Transesophageal echocardiography (TEE)
• Cardiac ultrasound
• Cardiovascular imaging
• Echocardiography
• Cardiology departments
• Cardiac surgery
• Anaesthesia and perioperative cardiac assessment
• Critical care
• Hospital echocardiography services

Key Benefits

• GE 6VT-D Electronic 4D Multiplane TEE Probe
• REF: KN100120
• Year of Manufacture: 2024
• Specialised transesophageal echocardiography transducer
• Electronic 4D multiplane imaging capability
• Designed for compatible GE ultrasound systems
• Suitable for cardiovascular and cardiac imaging applications
• Ideal for hospitals, cardiology departments and echocardiography services
• Recent YOM for buyers seeking newer ultrasound equipment

Why Choose the GE 6VT-D TEE Probe?

The GE 6VT-D Electronic 4D Multiplane Transesophageal Probe is a specialised cardiovascular ultrasound transducer for compatible GE echocardiography systems. With REF KN100120 and a 2024 year of manufacture, it is a strong option for hospitals, cardiac centres, echocardiography departments and medical equipment dealers seeking a recent GE TEE probe.

The GE 6VT-D Electronic 4D Multiplane Transesophageal (TEE) Probe, manufactured in 2024, is designed for advanced cardiovascular imaging, offering high-definition 4D multiplane capabilities. This used probe is engineered for precision and reliability, providing detailed images critical for assessing complex cardiac structures and functions. Ideal for both routine exams and intricate cardiac procedures, it remains a top choice for medical professionals requiring detailed, real-time heart imaging. Ergonomically designed, the 6VT-D probe ensures ease of handling, contributing to efficient operational use during transesophageal echocardiograms. Its state-of-the-art multiplane technology allows comprehensive exploration from different angles, enhancing diagnostic accuracy. Additionally, the device integrates smoothly with compatible GE ultrasound systems, ensuring a seamless workflow in any clinical setting. This probe has been meticulously inspected to ensure it meets high standards of safety and performance, providing healthcare facilities with a reliable and cost-effective solution for advanced cardiac imaging.