Description

1. Core Scanning & Dual-Probe Parameters

Core hardware and dual-probe configurations that ensure reliable multi-scenario imaging performance:

Scanning & Probe Design: ElectronicArray scanning with 128 elements for high-fidelity signal processing. Dual-probe setup – convex probe (3.2/5MHz) for deep-medium tissue imaging, linear probe (7.5/10MHz) for superficial structure visualization, covering diverse clinical needs from abdominal organs to small glands.
Imaging Range: Adjustable scanning depth – convex (90-305mm) for deep tissues like the abdomen and mid-term fetus, linear (20-80mm) for superficial structures such as thyroid and skin. Field of view: Convex R60 (60° arc) for wide-range deep observation, Linear L40 for focused superficial details, reducing probe movement during examinations.
Probe Compatibility: Wireless dual-head design enables seamless switching between probes, adapting to quick transitions between different examination types without equipment replacement.

2. Imaging Quality & Optimization Functions

Comprehensive imaging modes and adjustment tools to enhance clarity and diagnostic precision:

Imaging Modes & Foundation: Supports B, B/M, Color, PDI (Power Doppler Imaging), and PW (Pulsed Wave Doppler) modes. 256-level image gray scale accurately reproduces subtle tissue density differences, while 18 frames/second (18f/s) frame rate ensures smooth real-time imaging for dynamic processes like vascular pulsation.
Image Adjustment: Equipped with multi-dimensional optimization tools, including Gain (30dB-105dB), 8-level Dynamic Range (40-110), and 5-level Noise Reduction (0-4). These functions effectively reduce background noise, balance brightness across different depths, and enhance image layering, ensuring clear visualization of both deep and superficial abnormalities.

3. Clinical Functions & Data Management

Practical clinical tools and flexible data handling to improve examination efficiency:

Measurement Functions: Supports distance, area, obstetrics, and other clinical measurements, providing accurate quantitative data for evaluating lesion size, organ dimensions, and obstetric indicators (e.g., fetal biparietal diameter). This data lays a reliable foundation for clinical decision-making and follow-up assessments.
Data Storage & Sharing: Images and videos are directly stored on mobile phones or tablets, eliminating the need for additional storage devices. The portable storage design facilitates on-site review, quick case sharing with colleagues, and easy archiving for medical records, aligning with modern clinical workflow needs.

4. System Compatibility & Physical Specifications

Cross-system adaptability and portable design optimized for mobile clinical scenarios:

Display & Compatibility: Adapts to smartphone or tablet screens, compatible with iOS, Android, and Windows operating systems. This cross-platform support allows flexible connection to various terminal devices, reducing operational learning costs and adapting to different usage habits.
Power Supply: Built-in 2800mAh lithium battery supports 3 hours of continuous operation, fully covering daily clinical examination needs without frequent charging. The long battery life makes it ideal for mobile visits, bedside examinations, and emergency scenarios.
Portability: Compact size (156mm×60mm×20mm) and 250g net weight, with an ergonomic handheld design for comfortable one-hand operation. It can be easily carried in a medical bag, enabling medical professionals to provide high-quality ultrasound services anytime, anywhere.

The VISION5 CL 2in1 palm Doppler ultrasound scanner integrates dual-probe versatility, advanced imaging technology, and ultra-portability. It balances deep penetration, superficial resolution, and operational convenience, making it a reliable tool for medical professionals in diverse clinical settings. Whether for routine check-ups, interventional guidance, or mobile medical services, it delivers consistent and precise diagnostic support while simplifying workflow and reducing equipment costs.

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