High-Frequency Laptop Color Doppler Ultrasound Machine | Portable Notebook Diagnostic Ultrasound System | Full Digital Human Vascular & Small Parts Ultrasound Scanner with 8-Segment TGC, CFM, PDI, & PW Doppler Modes
Quick Info.
- SKU NO.: UMUS031
- Device Classification: Class Ⅱ
- Warranty: 1 Year
- Power Source: Electric
- Transport Package: Carton
- Origin: China
- Material: Metal, Plastic
- After-Sale Service: Online Technical Support
- Production Capacity: 2600 Sets/Year
The Specific Parameters
Display: 15 inch LCD screen
Probe interface: 2 probe connectors
Dynamic range: 80~280dB adjustable;
Display modes: B, B/B, 4B, M, CFM, CMF/B, PDI, PW, THI;
Gray level:256;
Display depth: >280mm;
Pseudo-color processing: 16 pseudo-color coding options;
Solid state disk storage capacity 128G;
Interface: HDMI, VGA, USB, DICOM interface.
Battery power supply: >1.5 hours (4.5 hours battery is optional)
🌟 Core Product Highlights for Global Sourcing Networks:
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Multi-Frequency Advanced Transducer Compatibility: Adapt your scanning architecture instantly. The system synchronizes natively with a full registry of premium multi-frequency probes—including high-density linear arrays for vascular and small parts, convex arrays for deep abdominal scanning, and micro-convex elements for pediatric point-of-care care.
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Intuitive 8-Segment Time Gain Compensation (TGC): Master your image uniformity with precision sliders. The physical 8-segment TGC matrix allows the clinical operator to optimize signal gain seamlessly across varying tissue depths, ensuring balanced acoustic returns from immediate near-field boundaries to complex deep-seated anatomical layers.
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Comprehensive Doppler Modality Suite: Secure ultimate diagnostic accuracy. Toggle effortlessly between high-sensitivity Color Flow Mapping (CFM), Power Doppler Imaging (PDI) for low-velocity flow tracking, and specialized Pulse Wave (PW) Doppler with automated trace calculations to assess arterial and venous hemodynamics instantly.
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Ergonomic Backlit Keyboard & Trackball Assembly: Designed for high-throughput, low-light scanning environments. The full alphanumeric silicone keyboard features uniform backlighting alongside dedicated hotkeys for single-touch image freezing, print commands, and image mode selection, paired with an industrial optical trackball for micro-accurate caliper measurements.
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Ruggedized Travel Chassis with Integrated Carrying Handle: Take your clinical laboratory on the move. Built into a lightweight, structural armor casing featuring a heavy-duty integrated front grip handle, this portable ultrasound laptop withstands the physical vibrations of ambulatory rounds, emergency field transit, and rapid ward re-locations.
💡 Core Specifications At a Glance:
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System Layout: Laptop / Notebook Style Full Digital Color Doppler Ultrasound Machine
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Imaging Protocols: B, 2B, 4B, M, CFM, PDI, PW, Tissue Harmonic Imaging (THI)
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Signal Optimization: 8-Segment Sliding TGC + Automated One-Key Image Optimization (TGO)
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Clinical Fields: Small Parts (Vascular, Thyroid, Breast), Abdominal, MSK, OB/GYN, Urology
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Data Archiving: High-Capacity Solid-State Drive (SSD) with Native DICOM 3.0 Export Functionality
❓ Crucial B2B Component Sourcing Q&A
Q1: How does the Tissue Harmonic Imaging (THI) architecture benefit small parts and superficial vascular imaging on this laptop unit? A: Tissue Harmonic Imaging utilizes high-frequency harmonic signals generated inside the human body rather than fundamental frequencies. This dramatically limits side-lobe artifacts, sharpens fine border definition, and eliminates fluid-filled cavity clutter, allowing clinicians to distinguish subtle structural boundaries in thyroid nodules, carotid plaque walls, and small parts scans with superior clarity.
Q2: Can this notebook ultrasound system be retrofitted to an ergonomic mobile rolling stand for institutional hospital use? A: Yes, absolutely. While this color Doppler laptop is fully functional as a standalone hand-carry unit, we design and supply a matching medical-grade mobile rolling cart. The cart secures the laptop into a quick-release dock, provides integrated transducer probe holders, a dedicated gel holder, space for an isolation transformer, and supports full-sized digital video report printers.
Q3: What are the integrated connectivity options for exporting patient imaging archives to hospital PACS servers? A: Our system architecture is designed around modern hospital integration. It features native, fully compliant DICOM 3.0 export protocols out of the box. This allows the laptop to stream raw static frames, cine loops, and structural calculation reports directly into your facility’s local PACS/RIS network or cloud-based electronic medical record (EMR) databases via standard LAN or wireless connections.
Q4: How does your factory guarantee transducer durability and support international warranty claims for medical distributors? A: We treat our sourcing partnerships with long-term accountability. Every system and accompanying transducer probe undergoes rigorous multi-layer acoustic testing before dispatch. We provide an extensive warranty network covering the main notebook computer and all array configurations, complete with direct engineering video consultations and a fast-track component shipment system to minimize downstream clinical downtime.
