Siemens Acuson 4V2C Vector Array Ultrasound Transducer in a Carry Case

Siemens Acuson 4V2C Vector Array Ultrasound Transducer – Cardiac and General Imaging Precision

The Siemens Acuson 4V2C Vector Array Ultrasound Transducer is a high-performance ultrasound transducer engineered for adult echocardiography and general imaging applications. With a 2–4 MHz frequency range, it provides excellent image depth, Doppler sensitivity, and structural resolution, making it a reliable choice for comprehensive cardiac and vascular assessments.

Its vector array sector design ensures an expansive field of view even through narrow acoustic windows, such as intercostal spaces, allowing clinicians to visualise detailed cardiac structures with clarity. Ideal for use with Siemens Sequoia and Aspen systems, this transducer delivers precise hemodynamic evaluations and real-time flow measurements through advanced Doppler performance.

Lightweight, durable, and ergonomically designed, the Siemens 4V2C ultrasound transducer minimises operator fatigue during prolonged scanning sessions while ensuring patient comfort. Available in used or refurbished condition, each unit is fully tested and quality assured, providing exceptional value and clinical reliability.

Key Features and Benefits

• Vector Array Design: Optimised for echocardiography and general imaging

• 2–4 MHz Frequency Range: Offers deep tissue penetration with sharp resolution

• Excellent Doppler Sensitivity: Enables accurate hemodynamic and flow analysis

• Wide Field of View: Ideal for transthoracic imaging between ribs

• Ergonomic & Lightweight: Designed for comfort during long examinations

• System Compatibility: Fully compatible with Siemens Sequoia and Aspen platforms

• Durable Construction: Built for reliable daily hospital use

• Tested Quality: Available as used or refurbished with full certification

Information on this page is provided for guidance and does not replace advice from a qualified clinician. Always read the manufacturer's instructions before use, and check that a device is suitable for the patient and the prescribed therapy.