Description
1. Core Probe & Scanning Parameters
Dual-probe configuration and core hardware that enable multi-scenario imaging flexibility:
- Probe & Frequency: Dual-probe design optimized for different scenarios. Convex probe (3.2/5.0MHz) excels at deep-tissue penetration – 3.2MHz for imaging deep abdominal organs and mid-to-late pregnancy fetuses, 5.0MHz for balanced resolution and penetration in medium-depth tissues. Linear probe (10/12MHz) delivers ultra-high resolution for superficial structures, ideal for small organs (thyroid, breast, lymph nodes) and superficial vascular diagnosis. The 128-element design ensures uniform acoustic beam transmission and accurate signal capture with minimal distortion.
- Imaging Range: Adjustable scanning depth to adapt to diverse tissue needs – convex (90-305mm) covers deep anatomical structures, linear (20-80mm) adapts to various superficial tissue thicknesses. Field of view: Convex R60 (60° arc) provides a wide imaging scope for comprehensive deep-tissue observation; Linear L25 offers focused coverage for precise superficial detail recognition.
2. Imaging Quality & Optimization Functions
Comprehensive tools to enhance clarity and diagnostic precision for dual-mode imaging:
- Imaging Modes & Foundation: Supports B, B/M, Color, PDI (Power Doppler Imaging), and PW (Pulsed Wave Doppler) modes. It covers static tissue morphology observation, dynamic process monitoring (e.g., fetal movement, vascular pulsation), and blood flow detection, providing multi-dimensional diagnostic information. 18 frames/second (f/s) frame rate ensures smooth real-time imaging, while 256-level image gray scale accurately reproduces subtle tissue density differences, aiding in lesion identification.
- Image Adjustment: Equipped with multi-dimensional optimization tools, including Gain (30dB-105dB) for brightness regulation, 8-level Dynamic Range (40-110) for enhancing tissue layering, and 5-level Noise Reduction (0-4) for filtering interference. These tools adapt to both convex and linear scanning, ensuring clear imaging in diverse clinical scenarios.
3. Clinical Functions & Data Management
Practical features to improve examination efficiency and data usability:
- Measurement Functions: Supports distance, area, obstetric, and other clinical measurements, providing accurate quantitative data. It assists in evaluating lesion size, organ dimensions, fetal development indicators, and vascular parameters, laying a reliable foundation for clinical decision-making and follow-up assessments.
- Data Storage: Images and videos are directly stored on mobile phones or tablets, eliminating the need for additional storage devices. The design facilitates on-site review of imaging results, quick case sharing with colleagues, and easy archiving for medical records or academic research.
4. System Compatibility & Physical Specifications
Cross-system adaptability and portable design optimized for mobile clinical use:
- Compatibility & Display: Adapts to smartphone or tablet screens; compatible with iOS, Android, and Windows operating systems. It enables flexible connection to personal or clinical devices, reducing operational learning costs and adapting to different usage habits of medical professionals.
- Power Supply: Built-in 2800mAh lithium battery supports 3 hours of continuous operation, fully covering daily clinical needs for mobile examinations, home visits, or emergency services without frequent charging.
- Physical Dimensions: 156mm×60mm×20mm compact size and 250g net weight, with an ergonomic handheld design. It fits easily in a medical bag, making it ideal for bedside, community healthcare, or field medical scenarios where portability is critical.
The VISION5 CP 2in1 palm Doppler ultrasound scanner integrates dual-probe versatility, high-quality imaging performance, and ultra-portability. It balances deep-tissue penetration and superficial resolution, providing stable and precise multi-scenario imaging solutions for medical professionals. Whether in routine clinics or mobile medical services, it meets the demands of diverse clinical examinations, serving as a reliable diagnostic tool.












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