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CMS600 C2 B-Ultrasound Diagnostic Scanner

 

Introductions


The CMS600C2 is a high resolution full digital B/W ultrasound diagnostic instrument. It adopts micro-computer control and digital scan converter (DSC), digital beam-forming (DBF), real time dynamic aperture (RDA), real time dynamic receiving apodization, real time dynamic receiving focusing (DRF) technologies. The device is suitable for ultrasonic examination on abdominal, obstetric, cardiac, small parts, urology.


Main Features


■Full digital beam forming technology
■High resolution monitor: high quality, high resolution monitor gives clean sharp images
■Comfortable operating station: special designed keyboard greatly helps doctors from repetitive jobs
■Using latest chipsets brings most stable systems
■Support for hard disk, CD-RW, U-disk, CF cards, SD cards and other storage
■Compatible with VGA, PAL, NTSC and other display mode


Main Performance


Display mode:B, 2B, BM, M, 4B
Image gray scale:256 Scale
Monitor size:14 Inch CRT
Depth of penetration: ≥ 180 mm
Dead zone:≤ 3 mm
Resolution:Lateral ≤2mm (Depth≤80) ≤3mm (80<Depth≤130)
Axial ≤1mm (Depth≤80) ≤2mm (80<Depth≤130)
Image conversion: Up/down, left/right, black/white
Image storage:Thousands of frames
Cine loop:512 Frames × N
Body mark: 43
Software package: Obstetric, cardiology, gynaecology, urology, small part
Interface: USB2.0, VIDEO, COM, RJ-45
Measurement: Distance, circumference, area, volume, angle, ratio, heart rate, slope, intervals and obstetric


Standrad configuration

 

3.5 MHz Convex Probe Probe Frequency: 2.5-5.0 MHz Applications: Abdominal organs examination


Optional configuration


7.5 MHz HF Linear Probe Probe Frequency: 5.0-10.0 MHz Applications: Small part examination
3.5 MHz Micro-Convex Probe Probe Frequency: 2.0-5.0 MHz Applications: Cardiology examination
6.5 MHz Transvaginal Probe Probe Frequency: 5.0-8.0 MHz Applications: Obstetrics and gynecology examination

 

Physical Identity


Dimension: 390 (L) × 480 (W) × 1155 (H) mm
Weight: 42.5 kg

 

Qualification


None

Feature