ELVic™ CMS600P2 Portable Digital Ultrasound System with 3.5 MHz Convex Probe
ELVic™ CMS600P2 Portable Digital Ultrasound System
The ELVic™ CMS600P2 is a compact, notebook-style ultrasound system designed for professional clinical environments. It combines digital ultrasound imaging, integrated measurement software, portable construction, and convenient data-management functions for supported ultrasound examinations.
Its embedded Linux operating system, 10.1-inch TFT LCD display, folding keyboard, trackball controls, built-in battery, and lightweight design support efficient workflows where portability matters.
Advanced Digital Imaging Technology
The CMS600P2 uses full-digital beam-forming technology with real-time dynamic aperture, dynamic receiving apodization, dynamic receive focusing, frame correlation, and configurable image-processing functions.
The system supports multiple imaging modes, adjustable gain and focus settings, Tissue Harmonic Imaging, cine-loop review, and image storage.
Key Features
- Embedded Linux operating system
- Portable notebook-style construction
- Integrated rechargeable battery
- 10.1-inch TFT LCD display with 1024 × 600 resolution
- Imaging modes: B, 2B, 4B, B/M, and M
- 256-level grayscale imaging
- Full-digital beam-forming technology
- Adjustable near gain, far gain, total gain, focus number, and focus position
- Tissue Harmonic Imaging
- Folding keyboard and trackball operation
- Image storage and management
- Report printing and export functions
- External memory, USB storage, and software-update support
- USB, video, and VGA interfaces
Clinical Software and Measurement Functions
The CMS600P2 includes measurement and reporting software designed to support applications including obstetrics, gynecology, cardiology, urology, and small parts.
Available measurement functions include distance, circumference, area, volume, angle, ratio, and slope. The system also provides a puncture guide and histogram as assistant tools. Supported clinical software can generate examination reports according to the system configuration and selected application.
Imaging and Performance Specifications
- Display modes: B, 2B, 4B, B-M, and M
- Image grayscale: 256 levels
- Monitor: 10.1-inch TFT LCD
- Display resolution: 1024 × 600
- Lateral resolution: 2 mm near field / 4 mm far field
- Axial resolution: 2 mm near field / 2 mm far field
- Dead zone: ≤3 mm
- Geometric position accuracy: ≤5% horizontal and vertical
- Zoom levels: 0.9×, 1.0×, 1.1×, 1.2×, 1.3×, 1.5×, and 2.0×
- Cine loop: Up to 600 frames
- Image storage: Up to 2,048 frames
- Body marks: 43
- Focus: Number and position adjustable
Image Processing and Data Management
The CMS600P2 provides configurable frame correlation, gamma correction, and histogram functions. Image orientation can be adjusted vertically and horizontally, with black-and-white image conversion available.
On-screen information can include date, time, patient name, hospital number, frame rate, depth, gain, dynamic range, frame correlation, and frequency.
The system supports Chinese and English interfaces, display and text input, USB-based data storage, and software updates.
Standard Probe Configuration
3.5 MHz Convex Probe
Frequency range: 2.0–5.0 MHz
Confirm the exact package contents according to the selected product configuration.
Optional Probe Configurations
6.5 MHz Endovaginal Probe
Frequency range: 5.0–8.5 MHz
7.5 MHz Linear Probe
Frequency range: 5.0–10.0 MHz
Optional probes may be sold separately and should only be considered included when specifically stated in the selected package.
Physical Specifications
- Dimensions: 292 × 232 × 45 mm
- Weight: Approximately 2.3 kg including probe
The compact notebook-style construction combines the display, controls, processing system, and battery into a portable platform for professional environments requiring greater mobility.
Professional Use and Regulatory Notice
The ELVic™ CMS600P2 is intended for use by appropriately trained healthcare professionals. Available clinical applications, measurements, probes, and accessories depend on the specific device configuration.