Toshiba UICW-770A: High-Performance Continuous Wave Doppler Unit

The Toshiba UICW-770A is an essential, specialized component designed to significantly enhance the cardiovascular diagnostic capabilities of the premium Aplio 80 ultrasound system. As a Continuous Wave (CW) Doppler unit, the UICW-770A is critical for accurately measuring high-velocity blood flow, a necessity for detailed and non-aliased assessment in complex cardiac and vascular procedures.

Engineered for reliability and precision, this unit ensures that clinicians receive the highest fidelity signal processing required for precise quantification of critical physiological data, enabling confident diagnosis and treatment planning.

Advanced Diagnostic Capabilities

The UICW-770A provides distinct clinical advantages that are integral to high-level ultrasound diagnostics:

• Uncompromised Velocity Measurement: Unlike Pulsed Wave (PW) Doppler, CW Doppler eliminates aliasing limitations, allowing for accurate measurement of very high flow velocities, crucial for identifying and quantifying severe stenosis or significant regurgitation.
• Seamless Integration: Designed specifically as a proprietary part for the Aplio 80 SSA-770A platform, guaranteeing perfect operational compatibility and maximized system performance.
• Reliable Signal Acquisition: Delivers consistent, high-fidelity acoustic signals necessary for generating clear spectral displays and reliable quantitative results.
• System Longevity: Using genuine, high-quality replacement parts like the UICW-770A ensures the continued operational excellence and extended lifespan of your high-end imaging system.

Technical Specifications & Compatibility

The specifications below detail the core attributes and compatibility requirements for the Toshiba UICW-770A Continuous Wave Doppler Unit.

Quality Assurance

As a critical functional component, the UICW-770A is essential for maintaining the full diagnostic utility of the Aplio 80 system. Invest in certified quality to ensure your imaging department continues to deliver accurate and reliable cardiac and vascular assessments.