Description

1. Core Hardware Parameters

As a high-performance portable ultrasound device, VISION9 is equipped with a 192-element and 64-channel transmission system, providing solid hardware support for stable signal transmission and high-quality imaging. It can accurately capture ultrasound signal details to ensure imaging clarity and resolution. The core hardware parameters are summarized in the following table:

Parameter Item	Specific Specifications
Elements	192
Channels	64
Probe Type	Linear Probe
Frequency	7.5MHz/10.0MHz
Imaging Depth	20mm/40mm/60mm/80mm (4 adjustable gears)
Scan Width	40mm
Size	156mm×60mm×20mm
Weight	230g

Among them, the 7.5MHz frequency balances imaging clarity and superficial tissue penetration, while the 10.0MHz high frequency is suitable for high-precision superficial tissue examinations, complying with the nominal frequency standard of medical ultrasound probes (0.5MHz~15MHz). The adjustable imaging depth adapts to the inspection needs of different superficial tissues, and the 40mm scan width enables large-range imaging coverage of superficial areas, meeting the detailed observation needs of blood vessels, musculoskeletal and other parts.

The device features a compact body design, with an extremely lightweight structure that facilitates handheld operation and mobile carrying, suitable for multi-scene use such as bedside and outdoor environments.

2. Battery Life & Charging Configuration

The device is equipped with a built-in 5600mAh high-capacity lithium battery, with a standard configuration including 2 batteries. A single battery can last up to 2 hours, and dual-battery switching can meet the needs of 4 hours of continuous inspection, fully covering the battery life requirements of daily diagnosis and emergency scenarios. The charging method adopts a wireless charging design, freeing from cable constraints, making charging more convenient, and improving the flexibility and scene adaptability of the device, especially suitable for fast energy supplement in mobile diagnosis and treatment environments.

3. Imaging & Display Performance

In terms of imaging display, VISION9 supports multiple display modes including B-mode, B/M-mode, Color Imaging, PDI (Power Doppler Imaging), and PW (Pulsed Wave Doppler). It can be switched according to different inspection needs, clearly presenting tissue morphology, blood flow signals and dynamic changes, and adapting to multi-site inspection scenarios such as superficial tissues and blood vessels.

The device is equipped with comprehensive image adjustment functions, covering six core adjustment items: Gain, DYN (Dynamic Range), Focus, Depth, Harmonic Imaging, and Denoise. It can accurately optimize image quality according to the inspection site and patient conditions, effectively remove noise interference, improve image contrast and detail recognition, and help doctors identify lesion areas more accurately.

4. Measurement & Auxiliary Functions

To improve diagnosis and treatment accuracy, the device has built-in rich measurement functions, supporting length, area, angle and obstetric-specific measurements, which can meet routine clinical measurement needs. The data accuracy complies with medical ultrasound equipment measurement standards, providing reliable data support for diagnosis. For interventional diagnosis and treatment scenarios, the device is equipped with professional puncture auxiliary functions, including in-plane puncture guide line, out-of-plane puncture guide line and automatic blood vessel measurement function, which can accurately guide puncture operations, improve the safety and success rate of interventional diagnosis and treatment, and is especially suitable for fine operations such as vascular puncture.

5. Data Storage & Transmission

In terms of data storage, VISION9 supports JPG, PNG static image formats and MP4 dynamic video format, and is compatible with DCM (Digital Imaging and Communications in Medicine) standard format, facilitating the archiving, transmission and sharing of medical data, and complying with clinical data management specifications. In terms of transmission performance, the device is equipped with 802.11g/20MHz/5G multi-band WiFi module, with a transmission rate of up to 450Mbps, which can realize high-speed wireless transmission of images, videos and other data, helping remote consultation and multi-device data synchronization.

6. System Compatibility & Adaptability

The device has wide system compatibility, supporting three major operating systems: Apple iOS, Android and Windows. It can run on various terminal devices such as smartphones, tablets and computers, meeting the terminal adaptation needs of different usage scenarios. Its lightweight design and multi-scene adaptability make it widely applicable to various scenarios such as outpatient diagnosis and treatment, emergency rescue, outdoor free clinics and primary medical care, providing medical workers with a flexible and convenient imaging solution.

Overall, the VISION9 ultrasound device, with its high-configured hardware, accurate imaging performance, convenient operation design and wide scene adaptability, balances the professionalism of clinical diagnosis and treatment with the flexibility of mobile use. It provides efficient and reliable ultrasound imaging support for medical institutions at all levels and different diagnosis and treatment scenarios, and is a highly practical portable ultrasound diagnosis and treatment device.

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