Viatom High-resolution sonography for plastic surgery

High-resolution sonography for plastic surgery

Innovative Ultrasound Technology for Mobile Applications

Efficient diagnostics with modern imaging techniques in plastic surgery

The pocket-sized ultrasound device enables fast and reliable diagnostics directly at the patient’s bedside or in remote locations. Specially developed for point-of-care use, it impresses with its high image quality and intuitive operation. Its compact design combined with powerful technology makes this point-of-care ultrasound system an indispensable tool in modern medicine. Thanks to wireless data transmission and mobile connectivity, it seamlessly integrates into existing clinical workflows.

High-Resolution Linear Probe Technology

Equipped with a specially developed linear probe with 15 MHz and 20 MHz, the device enables particularly detailed imaging of superficial structures. The probe delivers clear, high-contrast images through its linear technology and is ideal for vascular examinations, MSK screenings, and injections. The probe with 192 elements for high-quality diagnostic echocardiography images ensures unparalleled resolution and detail accuracy, which is particularly important for sensitive diagnostic processes.

Versatile Applications in Everyday Medical Practice

Due to its ease of use, wireless connectivity, and flexible usability, the device is suitable for both inpatient and outpatient applications. Emergency rooms, intensive care units, and outpatient emergency services all benefit equally from the reliable use of this point-of-care ultrasound system. In pain therapy and interventional radiology as well, the mobile ultrasound enables precise injections and supports physicians in accurately guiding needles under real-time visualization.

Advanced Imaging and Real-Time Analysis

With its integrated advanced imaging functions, the device addresses a wide variety of diagnostic requirements through outstanding image processing and optimized visualization. The software supports functions such as auto-gain, depth control, and multi-focus presets, significantly simplifying the visualization of anatomical structures. AI-assisted analysis further enhances diagnostic reliability and enables standardized reporting.

Mobility, Compatibility, and Easy Integration

The pocket-sized ultrasound device impresses with its ergonomic design and simple pairing with iOS and Android devices. Wireless real-time transmission significantly enhances documentation, remote consultation, and interdisciplinary collaboration. Integration into hospital networks and cloud storage solutions ensures that patient documentation is always up to date. The combination of mobility, cellular integration, and wireless operation makes this point-of-care ultrasound system a future-proof investment in diagnostic imaging.

Technical Data:

Model Type: CPprobe8P
Manufacturer: Viatom/Sonostar
Dimensions: 156 mm (length) × 60 mm (width) × 20 mm (height) / corresponds to approx. 6.1” × 2.4” × 0.8”
Weight: extremely lightweight at only 180 g
Battery capacity: powerful for continuous operation of 25 hours
Protection rating: IP67 – completely waterproof and suitable for demanding environments
Disinfection-resistant – compatible with common medical disinfectants
Wireless charging station: convenient recharging with wireless system
Full charge within 2 hours for fast operational readiness
Clinical application areas: plastic surgery, aesthetic medicine

Imaging/Visualization Functions:
Measurement functions: measurement of lengths, areas, angles, and heart rate
Image formats: Save images and videos in jpg and avi format as well as clinical standard DICOM format
Frame rate: high display rate of up to 18 frames per second
Adjustments: individual image optimization through settings such as B-gain, TGC (Time Gain Compensation), DYN (dynamic range), focus zone, depth settings, harmonic imaging, and effective noise reduction

Probe:
Probe frequency ranges: Linear probe: 15 MHz and 20 MHz
Number of active elements: 192 high-quality piezo components for precise imaging
High-Frequency Board Channels: 64 Channels
Scan depth: Linear probe: 10 / 20 / 30 / 40 mm adjustable
Probe width: Linear probe: 40 mm

Settings:
Scan mode: electronic probe array for precise control
Display modes: B (Brightness), B/M mode for motion analysis
Color Doppler versions available: B+Color Doppler, B+Power Doppler Imaging (PDI), B+PW (Pulsed Wave Doppler)

Compatibility:

Compatible with most iOS devices from version 9.0:
– iPhone: 4S, 5, 5C, 5S, 6, 6 Plus, 7, 7 Plus, 8, 8 Plus, X, XR, XS, XS Max, SE (2nd generation), 11, 11 Pro, 11 Pro Max, 12 Mini, 12, 12 Pro, 12 Pro Max
– iPad: Air 2, Air (3rd and 4th generation), iPad Pro series, iPad mini (5th generation), iPad (8th generation)
Android: from version 10.0 – please note: not all newer Android models are guaranteed to be supported – check compatibility in advance if necessary

iOS-App (für iPhone und iPad): Download-Link: WirelessUSG Flash
Android app: Download link: WirelessUSG Flash
Windows PC software: Download link: SonoStar-Download

What is the Viatom CProbe8P and what is it used for?

The CProbe8P is a portable high-frequency point-of-care ultrasound device designed specifically for plastic and aesthetic applications, as well as superficial diagnostics and injection guidance.

What probe and frequencies does the device use?

The unit uses a high-resolution linear probe with 192 elements and a frequency range typically between 15 MHz and 20 MHz, optimized for skin and subcutaneous imaging.

How heavy is the device and how mobile is it?

The device weighs only about 180 g, can be used wirelessly, and supports wireless charging, making it suitable for mobile use, home visits, and point-of-care scenarios.

Is the system compatible with hospital IT and mobile devices?

Yes, the system is DICOM-compatible and pairs with iOS, Android, and Windows devices;

A free app for documentation and telemedicine is available.

What clinical applications does the CProbe8P cover?

Areas of application include: superficial structure imaging (skin, subcutaneous tissue), vascular imaging, MSK screenings, nerve blocks, injection guidance, and selective vascular/joint diagnostics.

What about image optimization and workflow functions?

The software offers auto gain, depth control, multi-focus presets, and AI-supported analyses for standardized findings and improved diagnostic reliability.