Aeroscan
CD10 Pro

Ultralight-Fast-Outstanding

Aeroscan C10 pro delivers meaningful design innovations that benefit the user, features a host of design breakthroughs that make day-to-day operation in all application, General, OBG, GYN, Cardiology, Emergency, Anesthesia, Pain management, MSK, etc. as its easy, fast and intuitive. The result is an elegant simplicity where form and function meet at the tips of your fingers. Can be mounted as ergonomic trolley system and the Customizable touch screen enables to personalize your user interface.

Ergonomics

15.6 Inch High Definition LCD/LED with 180 degree Angle viewing Monitor

10.1 Inch touch screen with 20°adjustable tilt

128 SSD Hard Disc


2 Active Pinless probe connector

Ultra-light weight Console

Inbuild Battery Back-up


Fast Boot-up

Output - S Video, USB 2.0, USB 3.0, HDMI, Ethernet, Wifi-Optional

Aeroscan CD10 Pro Smart Workflow


Aeroscan CD10 Pro Provide Compact Design with Fast user experience.

Multi-Beam Forming Technology

E-Elastro:
Show Tissue Elasticity difference.

Advanced ET Technology:
CD10 Pro provides efficient technology for GYN Studies and a FOV of 200 degrees for scanning the Uterus with more precision and ease.

Advance Imaging Features

TAI

( Tissue adaptive imaging )

eBoost

( Echo enhancement technology )

Auto

B Mode, Color & Pw

Auto IMT & NT

Optional

Annotamical M Mode

Optional

TDI

( Tissue Doppler Imaging)

eView

( Spacial compound imaging and
frequency compound imaging )

PIH

( Pulse inversion
harmonic imaging )

eSRI

( Speckle reduction and edge
enhancement imaging )

TDI mode-Tissue Doppler Imaging

TDI can provide velocities and other clinical information on myocardial functions, facilitating clinical doctors to analyse and compare motions of different parts of a patient’s heart.

Anatomic M mode

This advanced cardiac technology features three cursors which can be set at any position and angle simultaneously. It offers the best approach to reducing the time-per-patient while maintaining diagnostic precision in addition to the standard cardiac features, acquiring all information even in hard-to-scan situations with difficult heart positioning.

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