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Aloka UST-979-3
The Aloka UST-979-3 is a high-quality curved-array ultrasound transducer. It delivers clear, detailed images for abdominal, OB/GYN, urology, and general diagnostic exams. Designed for versatility and reliability, it works with multiple Aloka ultrasound systems, ensuring consistent performance in clinics, hospitals, and diagnostic imaging centers.
The Aloka UST-979-3 is a versatile curved-array ultrasound transducer designed to deliver high-quality imaging for a variety of clinical applications. It produces clear and detailed images for abdominal scans, OB/GYN exams, urology studies, and general diagnostic procedures. This probe combines precision, reliability, and ease of use, making it suitable for hospitals, clinics, and diagnostic centers.
Key Features & Benefits
Wide frequency range (3–6 MHz): Offers an ideal balance between resolution and depth, ensuring clear imaging of deep abdominal organs and prenatal scans.
Curved-array design: Provides a broad field of view, enhancing visualization of organs, pelvic structures, and fetal anatomy.
Seamless compatibility: Compatible with a variety of Aloka ultrasound systems, including SSD-900, SSD-1000, SSD-1700, SSD-2000, SSD-3500, and SSD-4000.
Reliable performance: Delivers consistent, high-quality images across multiple clinical scenarios.
Ergonomic and versatile: Comfortable to hold during extended examinations, making it ideal for routine and specialized imaging.
Recommended Clinical Applications
Abdominal imaging: liver, kidneys, gallbladder, and spleen
OB/GYN: prenatal scans, fetal monitoring, pelvic exams
Urology and pelvic imaging
General diagnostic imaging in hospitals and clinics
Why Choose This Probe?
The Aloka UST-979-3 offers a practical, cost-effective solution for busy imaging departments. Its combination of versatility, durability, and high-quality imaging reduces the need for multiple specialized probes. Clinics and hospitals benefit from efficient workflow and reliable results, while clinicians gain confidence in every examination.








