High-Frequency Laptop Color Doppler Ultrasound Machine | Portable Notebook Diagnostic Ultrasound System | Full Digital Human Ultrasound Scanner with 8-Segment TGC & Multi-Frequency Transducer Support
Quick Info.
- SKU NO.: UMUS030
- 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
This 12 inch color Doppler ultrasound trolley integrates advanced imaging technologies including Tissue Harmonic Imaging, Power Doppler, and Pixel Focus Technology, delivering exceptional image clarity for obstetric, abdominal, cardiac, and vascular diagnostics. Its automatic probe recognition and one click optimization functions simplify operation and enhance diagnostic accuracy. The system includes dual USB interfaces, VGA output, and S Video connectivity for seamless data transfer and display. A laser engraved backlight keyboard and universal rotation display support long clinical use. Built in ultrasound management and analysis software improves workflow efficiency in hospitals and clinics. For extended applications in women’s health, see the Modern Medical Diode Laser System for Dental Applications.
The Specific Parameters
Physical specification
Dimension: 308mm（L）×310mm（W）×66mm（H）
Net Weight：4 Kg
Monitor：12inch LED
Resolution: 1024*768
Imaging parameters
Imaging processing：Persistence, Gamma, chrome, gray map, L/R, U/D
Gary scale: 256
Dynamic range：80-280dB
Gain control：total gain，8–slice TGC
Scanning depth：400mm max
Acoustic power：3 levels adjustable，real-time display MI/TI
Zoom：10*magnify
Cine-loop：200-1024 frames max，auto/manually play back
Measurement
General measurement：Depth, Distance, Trace Length, Ratio (D),
Area: Ellipse, Trace
Volume: 3-Distance, Ellipse, EDist
M mode: Distance, time, slope, Heart Rate
Clinical measurement package: Abdomen, OB, Gynecology, Cardiac, Urology, Small Parts
Core Systems Engineering Advantages for Global Sourcing Networks
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Multi-Mode Color Doppler Architecture: Achieve absolute diagnostic confidence. Equipped with state-of-the-art software-driven beamforming, the system supports a full suite of imaging modes—including Color Flow Mapping, Pulse Wave (PW) Doppler, Power Doppler, and Tissue Harmonic Imaging (THI) for optimal contrast resolution in difficult-to-image patients.
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Ergonomic Panel with 8-Segment TGC Sliders: Enjoy absolute control over image uniformity. The localized, high-precision Time Gain Compensation (TGC) slide matrix allows operators to instantly adjust signal amplification across various tissue depths, delivering crisp, balanced acoustic frames from near-field structures to deep abdominal pathways.
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Rugged, Ultra-Slim Notebook Form Factor: Maximize your point-of-care clinical mobility. Designed with a durable, scratch-resistant protective shell and an integrated carrying setup, this laptop ultrasound machine fits comfortably in small triage carts, backpack carriers, or bedside workspaces.
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Backlit Silicone Keyboard & Precision Trackball: Streamline fast-paced clinical workflows. The fully backlit tactile panel ensures error-free operation in darkened scanning rooms or intensive care environments, allowing for rapid parameter editing, quick patient profile initialization, and seamless image freezing.
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Universal Multi-Frequency Transducer Connectivity: Diversify your clinical application offerings. The open-architecture probe interface connects effortlessly with premium convex, linear, micro-convex, transvaginal, and phased array probes, adapting instantly to abdominal, vascular, small parts, and OB/GYN diagnostics.
💡 Core Specifications At a Glance:
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System Layout: Full Digital Laptop / Notebook Style Ultrasound Diagnostic System
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Imaging Modalities: B, 2B, 4B, M, Color Doppler, Power Doppler, PW Doppler, THI
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Acoustic Adjustments: 8-Segment Sliding Time Gain Compensation (TGC) Interface
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User Inputs: Full QWERTY Keyboard + Backlit Silicone Function Keys + Optical Trackball
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Data Synchronization: Integrated DICOM 3.0 Export Port for Seamless PACS Infrastructure
❓ Crucial B2B Component Sourcing Q&A
Q1: How does the Tissue Harmonic Imaging (THI) feature improve image quality in bariatric or complex clinical scans? A: Tissue Harmonic Imaging works by transmitting an ultrasound frequency and listening specifically to the higher-frequency harmonic echoes generated by the human body’s tissues. This drastically reduces near-field clutter, limits side-lobe artifacts, and sharpens tissue boundaries, allowing clinicians to capture crisp organ margins even when scanning technically difficult or high-BMI patients.
Q2: Can this notebook ultrasound machine be mounted to a permanent station cart for standard hospital ward rounds? A: Yes. While the device is fully optimized as an independent, hand-carry laptop system, we manufacture an optional medical-grade ergonomic mobile trolley cart. The cart features a quick-release locking dock, dedicated transducer probe holders, a gel bottle socket, and can be expanded to support additional active probe multi-ports and full-sized report printers.
Q3: What type of storage drive is integrated into the chassis, and how many patient scans can it hold locally? A: The system is equipped with a high-speed, medical-grade solid-state drive (SSD). This ensures lightning-fast boot times, rapid file reading/writing, and high resistance to physical vibrations during transit. The internal storage capacity is optimized to save tens of thousands of static digital frames and high-definition multi-frame cine loops directly on the machine.
Q4: How does your factory handle post-purchase technical support and transducer replacement logistics for international distributors? A: We provide comprehensive global support pipelines including a long-term factory warranty on both the main laptop unit and all transducer arrays. We offer remote clinical training materials, direct engineering video consultation for software setups, and maintain a fully stocked inventory of replacement linear, convex, and transvaginal probes ready for rapid international dispatch to minimize clinical downtime.
