Product Description
Toshiba UICW-A500A - Continuous Wave (CW) Board
Ensure the continued diagnostic excellence of your high-performance Toshiba Aplio ultrasound systems with the reliable UICW-A500A Continuous Wave (CW) Board. This essential replacement component is engineered to restore and maintain the critical Continuous Wave Doppler functionality required for accurate, high-velocity flow assessments in advanced cardiovascular and vascular studies.
As a core internal component, the UICW-A500A integrates seamlessly into the system architecture, guaranteeing that your Aplio 300, 400, or 500 maintains the exceptional signal processing and image quality expected from premium Toshiba technology. Choosing a quality replacement board minimizes downtime and ensures the longevity of your valuable medical equipment.
Technical Specifications
| Attribute | Detail |
|---|---|
| Category | Ultrasound Parts |
| Brand | Toshiba (Canon/Toshiba) |
| Model Designation | UICW-A500A |
| Component Description | CW (Continuous Wave) Board |
System Compatibility
The Toshiba UICW-A500A CW Board is fully compatible and designed for use with the following advanced ultrasound platforms:
| Ultrasound Machine | Platform Series |
|---|---|
| Aplio 300 | Premium General Imaging System |
| Aplio 400 | Advanced Mid-Range System |
| Aplio 500 | Flagship High-End System |
Key Benefits
- Critical Functionality: Restores full Continuous Wave Doppler capabilities, vital for high-speed flow analysis.
- OEM Standard: Manufactured to meet rigorous specifications for reliable performance within the Aplio series.
- Maximizes Uptime: A direct replacement part that ensures rapid repair and minimal interruption to clinical workflow.
Product Features
- Professional Medical Equipment
- High Quality Assurance
- Professional Repair Service
- Global Shipping
Application Scenarios
Hospitals
Suitable for professional medical equipment needs in various hospitals
Clinics
Meeting professional medical equipment needs in clinics
Research Institutions
Supporting professional needs in medical research institutions

