Product Description
Fukuda Denshi FUT-LA385-12A Linear Ultrasound Probe
Experience unparalleled precision and clarity in vascular and superficial imaging with the Fukuda Denshi FUT-LA385-12A linear ultrasound probe. Designed for the UF-870AG ultrasound system, this high-performance probe delivers exceptional image quality, making it an essential tool for cardiologists, vascular specialists, and radiologists. With its compact 38mm footprint and dual-frequency capability, it excels in detailed scans of small parts, musculoskeletal structures, and peripheral vessels, ensuring accurate diagnostics every time.
Key Features
- Advanced Linear Array Technology: Provides superior resolution for superficial imaging applications.
- Dual Frequency Support: Seamlessly switch between 5.0 MHz and 12.0 MHz for optimal penetration and detail.
- Compact 38mm Footprint: Ideal for targeted exams in confined spaces, enhancing patient comfort and procedural efficiency.
- Reliable Fukuda Denshi Quality: Built to withstand rigorous clinical use with durable construction and consistent performance.
- Seamless Integration: Perfectly compatible with the UF-870AG ultrasound machine for plug-and-play reliability.
Technical Specifications
| Specification | Details |
|---|---|
| Category | Ultrasound » Probes |
| Brand | Fukuda Denshi |
| Model | FUT-LA385-12A |
| Description | 38mm |
| Type | Linear |
| Frequency | 5.0/12.0 MHz |
| Ultrasound Machine Compatibility | UF-870AG |
Elevate your diagnostic capabilities with the Fukuda Denshi FUT-LA385-12A—where innovation meets precision for superior patient outcomes. 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

