Description

1. Core Scanning & Finger Sleeve Probe Parameters

Foundational hardware and probe design that define versatility and precision:

Probe & Signal Processing: Electronic Array Linear scanning with a finger sleeve probe—192 elements and 64 channels ensure high-fidelity signal processing, minimizing distortion and enhancing image detail. Dual-frequency adjustment (7.5/10MHz) adapts to diverse needs: 7.5MHz balances resolution and penetration for medium-superficial tissues, 10MHz delivers ultra-clear visualization of tiny superficial structures (e.g., micro-vessels, nerve bundles).
Imaging Range: Adjustable scanning depth (10/20/30/40mm) tailored to superficial examination scenarios; 25mm field of view provides focused, high-resolution coverage, concentrating on target areas without unnecessary background clutter.
Ergonomic Design: The finger sleeve probe fits snugly on the operator’s finger, enabling intuitive positioning and steady scanning—especially valuable for hard-to-reach anatomical sites or during surgeries where hands-free operation is critical.

2. Imaging Quality & Optimization Functions

Advanced tools to maximize clarity and diagnostic accuracy:

Imaging Modes & Foundation: Supports B, B/M, Color, PDI (Power Doppler Imaging), and PW (Pulsed Wave Doppler) modes, covering static tissue observation, dynamic monitoring (e.g., blood flow), and vascular assessment. 256-level image gray scale reproduces subtle tissue contrast, essential for identifying micro-abnormalities.
Image Adjustment: Equipped with comprehensive optimization features, including Gain (30dB-105dB), Focus, Reverse Pulse Harmonics, and 5-level Noise Reduction (0-4). These tools reduce background interference, enhance edge definition, and improve signal-to-noise ratio—ensuring sharp visualization of superficial structures.
Dynamic Range: 8-level adjustable dynamic range (40-110) allows customization of image contrast, adapting to different tissue types and clinical scenarios for optimal detail extraction.

3. Clinical Functions & Data Management

Practical features tailored to clinical workflow efficiency:

Puncture Assistance: In-Plane/Out-Plane puncture guide lines and automatic vascular measurement function support precise interventional procedures (e.g., micro-vascular puncture, nerve block guidance), reducing procedural time and improving safety.
Cineloop & Measurement: Manual/automatic Cineloop with adjustable playback frames (100/200/500/1000) enables frame-by-frame review of dynamic processes; measurement tools for distance, area, obstetrics, and more provide quantitative data for diagnosis and follow-up.
Data Storage & Connectivity: Images/videos are stored in JPG, MP4, PNG, and DCM formats directly on mobile phones, tablets, or PCs—ensuring compatibility with PACS systems for standardized record-keeping. WiFi 802.11n/2.4G/5G dual-band (450Mbps) enables fast wireless data transfer and remote sharing.

4. Power & Physical Specifications

Portability and flexibility optimized for mobile use:

Power Supply: Built-in 2200mAh lithium battery provides 1.5 hours of continuous working time; support for wireless charging extends operation indefinitely—ideal for long surgeries or field medical services without access to power outlets.
Ultra-Portable Design: Compact dimensions (156mm×60mm×20mm) and 180g net weight make it highly portable, fitting easily in a pocket or small medical bag. The finger sleeve design enhances maneuverability, especially in confined surgical spaces.
System Compatibility: Works seamlessly with iOS, Android, and Windows operating systems, supporting connection to smartphones, tablets, and computers. This cross-platform flexibility adapts to diverse clinical setups and user preferences.

The VISION6 F Handheld Doppler Ultrasound with Finger Sleeve Probe redefines convenience and precision in superficial imaging through its dual-frequency transducer, ergonomic design, and advanced signal processing. It balances portability, usability, and diagnostic accuracy—making it an indispensable tool for medical professionals specializing in small organ imaging, vascular medicine, interventional radiology, and surgical guidance. Whether in a clinic, operating room, or remote field setting, it delivers consistent, high-quality imaging to support timely and accurate clinical decisions.

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