Description

1. Core Scanning & Probe Parameters

Foundational hardware that defines balanced, high-fidelity imaging:

Scanning & Probe Design: Electronic Array and Electronic linear array scanning, equipped with a high-precision dual-frequency linear probe (10/14MHz). The frequency configuration is tailored for diverse clinical needs: 10MHz offers broad utility, balancing resolution and penetration for pediatric tissues, musculoskeletal structures, and larger small organs; 14MHz delivers enhanced clarity for delicate, micro-structured targets (e.g., thyroid nodules, mammary glands, superficial nerve bundles, carotid plaques).
Imaging Range: Adjustable linear scanning depth (20-60mm) covers superficial to shallow-medium tissue layers, adapting seamlessly from skin and subcutaneous structures to small organs and shallow vascular networks. Linear L25 field of view (25mm) provides ample, focused coverage for targeted examinations, reducing the need for frequent probe repositioning and streamlining clinical workflows.
Signal Precision: Advanced digital signal processing (DSP) technology ensures superior signal-to-noise ratio, minimizing image distortion and enhancing the definition of tissue boundaries. This precision is critical for detecting early lesions, subtle anatomical variations, and vascular abnormalities that may be missed by lower-performance scanners.

2. Imaging Quality & Optimization Functions

Comprehensive tools to maximize clarity across diverse clinical scenarios:

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, enabling precise differentiation between healthy and abnormal tissues—essential for accurate diagnosis in specialized fields like endocrinology, vascular medicine, and orthopedics.
Image Adjustment Suite: Equipped with multi-dimensional optimization features, including Gain (30dB-105dB), 8-level Dynamic Range (40-110), and 5-level Noise Reduction (0-4). These tools allow operators to fine-tune image brightness, contrast, and noise suppression, adapting to tissue-specific properties (e.g., soft glandular tissue, dense muscle, fragile pediatric structures) for optimal visualization in every case.
Vascular & Dynamic Imaging: Enhanced Color and PDI modes provide clear, real-time visualization of blood flow in superficial and shallow-medium vessels (e.g., carotid arteries, peripheral vasculature, mammary micro-vessels). This supports accurate assessment of blood flow velocity, patency, and perfusion—key for diagnosing vascular stenosis, occlusion, or abnormal vascularization in lesions.

3. Clinical Applications & Data Management

Specialized features aligned with modern clinical workflow needs:

Targeted Clinical Use Cases: Designed to excel in a wide range of high-demand applications, including thyroid nodule characterization and staging, small organ (parotid, submandibular, adrenal) imaging, pediatric superficial structure assessment (e.g., hip dysplasia screening, soft tissue masses), vascular and carotid disease diagnosis, mammary gland examination (including benign/malignant lesion differentiation), musculoskeletal injury detection (e.g., tendon tears, ligament sprains), and neurological imaging (e.g., peripheral nerve bundle visualization for decompression surgery guidance).
Measurement Capabilities: Supports precise quantitative measurements (distance, area, angle) for evaluating lesion size, tissue thickness, vascular diameter, and organ dimensions. This data is vital for diagnosis, treatment planning, and long-term follow-up of chronic conditions, ensuring consistency across patient visits.
Data Storage & Sharing: Images and videos are directly stored on mobile phones or tablets in universal formats (JPG, MP4, PNG), eliminating the need for external storage devices. The wireless design facilitates on-site review, quick case sharing with colleagues, and seamless integration with electronic medical records (EMRs)—aligning with digital healthcare initiatives and improving documentation efficiency.

4. Power & Physical Specifications

Portability and reliability optimized for clinical versatility:

Power Supply: Built-in 2200mAh lithium battery delivers 3 hours of continuous working time, sufficient for daily clinical shifts, mobile home visits, or high-volume specialized clinics. The consistent battery performance ensures uninterrupted use during critical examinations, reducing downtime.
Ultra-Portable Design: Compact dimensions (156mm×60mm×20mm) and 230g net weight make it highly portable, fitting easily in a medical bag or pocket. Its ergonomic handheld design reduces operator fatigue during prolonged use, while durable, clinic-grade construction withstands the demands of daily clinical environments.
System Compatibility: Seamlessly works with iOS, Android, and Windows operating systems, supporting flexible connection to smartphones, tablets, and computers. This cross-platform adaptability ensures compatibility with existing clinical setups and user preferences, enhancing its practicality across diverse healthcare settings.

The VISION7 N Linear Palm Doppler Ultrasound Scanner combines balanced high-frequency imaging, versatile clinical applicability, and user-centric portability. It is an indispensable tool for radiologists, endocrinologists, vascular surgeons, orthopedists, pediatricians, and general practitioners seeking precise, efficient imaging of superficial to shallow-medium tissues. Whether in a specialized clinic, hospital, or remote field setting, it delivers consistent, high-quality results to support timely and accurate clinical decisions, while its compact design ensures accessibility whenever specialized imaging is required.

Go back