Product Description
Aloka UST-5712 Linear Ultrasound Probe
Experience unparalleled precision and versatility with the Aloka UST-5712, a premium multi-frequency HST (Harmonic Superficial Tissue) linear transducer engineered for advanced ultrasound imaging. Featuring an extended 60mm footprint, this probe delivers exceptional resolution and penetration depth, making it ideal for superficial vascular, musculoskeletal, and small parts examinations. Designed by Aloka, a leader in ultrasound technology, the UST-5712 ensures crystal-clear images with reduced artifacts, enhancing diagnostic confidence in clinical settings.
Key Benefits
- Multi-Frequency Operation: Adaptable frequencies for optimized imaging across diverse applications.
- HST Technology: Superior superficial tissue visualization with harmonic imaging for sharper details.
- Extended Footprint (60mm): Broader field of view, perfect for larger anatomical structures.
- Linear Design: High-frequency performance tailored for vascular access, thyroid, breast, and tendon assessments.
- Seamless Integration: Fully compatible with Aloka Alpha series systems for reliable, high-quality performance.
Technical Specifications
| Specification | Details |
|---|---|
| Category | Ultrasound » Probes |
| Brand | Aloka |
| Model | UST-5712 |
| Type | Linear |
| Description | Multi-frequency, HST, linear transducer with a longer (60mm) footprint |
| Compatible Ultrasound Machines | Alpha 5, Alpha 7, Alpha 10 |
Elevate your ultrasound capabilities with the Aloka UST-5712—precision-engineered for professionals who demand the best in diagnostic imaging. Contact us today for availability, pricing, and expert support.
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

