MINDRAY DP-20 Portable Digital Ultrasonic Diagnostic Imaging System with Convex Probe

Descriptions:

Good image quality and compact ergonomic design with Full Screen, make the new DP-20 your ideal choice of B/W ultrasound. With superb PW Doppler imaging to access blood flow in different clinical conditions, DP-20 can accompany you at an all new level.Built-in battery and mobile trolley provides you a limitless ultrasound solution. The Mindray DP-20 is a portable low-cost ultrasound machine that can be used in various practices for applications such as OB/GYN, MSK, urology, abdomen, and small parts. The Mindray DP-20 is part of the Mindray DP series of ultrasound machines designed as affordable portable ultrasound machines that deliver solid image quality at a great price.

Features:

Harmonic Imaging (THI) tissue improving contrast resolution
IP – Optimization of one – key image (Image Processing)
8-segment TGC for accurate adjustment of the image
Compact dimensions
Scanning ready within 17s
User-defined keys, customized operations programmable
One-touch function for local disk or USB drive image and cine storage
Lithium battery for continuous scanning up to 1.5 hours
Review previously saved images
Efficient integration of station patient data storage, archiving, reviewing and recovery
Net weight: 5.5 kg (battery-free)

Advanced Imaging Technologies:

PW Doppler and Auto Trace reveal details of blood ow for
more comprehensive diagnosis
Tissue Harmonic Imaging for enhanced contrast resolution
iClear for Speckle Reduction Imaging, providing clear and
sharp lesion contours
iTouch for quick image optimization
iZoom for instant full screen image zoom

Ergonomics:

12.1 inch high definition LED with full screen design
30 degree tilting angle adjustable monitor
Maximum 2 universal transducer connectors
User friendly control panel with backlit
Light and compact design for extreme portability

Applications:

• Abdomen
• Obstetrics
• Gynecology
• Urology
• Vascular
• Musculiskeletal
• Small parts
• Anesthesiology
• Pediatrics