Product Description
Aloka UST-9103-5C Multi-Frequency Convex Abdominal Transducer
Experience superior abdominal imaging with the Aloka UST-9103-5C, a premium multi-frequency convex transducer designed for the Aloka SSD-1000 ultrasound system. Engineered for healthcare professionals seeking exceptional image clarity and diagnostic precision, this probe delivers outstanding performance in abdominal applications, including liver, kidney, and pelvic examinations. Its convex design provides a wide field of view, enabling comprehensive scans with minimal patient discomfort.
Featuring advanced multi-frequency technology at 5.0 MHz, the UST-9103-5C adapts seamlessly to varying tissue depths and densities, optimizing resolution and penetration for reliable results across diverse patient profiles. Built to Aloka's rigorous standards, this durable probe ensures long-term reliability in high-volume clinical environments, reducing downtime and enhancing workflow efficiency.
Ideal for obstetric, gynecological, and general abdominal imaging, the UST-9103-5C combines cutting-edge ergonomics with state-of-the-art acoustics to support accurate diagnoses and informed treatment decisions. Elevate your ultrasound capabilities with this trusted Aloka solution—precision you can depend on.
Key Specifications
| Specification | Details |
|---|---|
| Category | Ultrasound » Probes |
| Brand | Aloka |
| Model | UST-9103-5C |
| Description | Multi Frequency Convex Abdominal Transducer |
| Type | Convex |
| Frequency | 5.0 MHz |
| Compatible Ultrasound Machine | SSD-1000 |
Enhance your diagnostic toolkit today with the Aloka UST-9103-5C—where innovation meets clinical excellence.
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

