|
CTS series ultrasound scanner
CTS-6000 Digital Ultrasound Imaging System
CTS-5000 Digital Ultrasound Imaging System
CTS-415Plus Digital Ultrasound Imaging System
CTS-310B Mobile Linear/Convex Ultrasound Scanner
CTS-7700 Digital Ultrasound Imaging System
CTS-5500 Digital Ultrasound Imaging System
CTS-3300 Digital Ultrasound Imaging System
CTS-900Plus Portable Linear/Convex Ultrasound Imaging System
CTS-900 Portable Linear/Convex Ultrasound Imaging System
|
|
|
CTS-6000 Digital
Ultrasound Scanner
The CTS-6000 is a top B/W
ultrasound imaging system to date.
Integrated with many advanced imaging
technologies and the fast-developing
information technology, the system sets a
new standard for B/W ultrasound imaging.
With super high-density ultrasound probes
and powerful signal processing functions,
crystal-clear images can be acquired on the
CTS-6000, thus diagnostic efficiency is
significantly improved. Even for complicated
and difficult cases, the diagnosis can be
achieved without effort. All the ergonomic
design and abundant functions enable
operators, easy and comfortable application.
Product features：
High-precision full digital beam forming
technology, high quality image
High resolution and local zoom in
Super broadband, high density probes
available group
Versatile special measurement and
calculation sofware
Image and file management by CD-RW, hard
disk, floppy disk
Large capacity and edittable cineloop
Exam type preset , image label, system
setting function
Non-interlace monitor
Elegant appearance, backlit buttons,
tri-probe connector
|
|
The CTS-6000 is a top
B/W ultrasound imaging
system to date.
Integrated with many
advanced imaging
technologies and the
fast-developing
information technology,
the system sets a new
standard for B/W
ultrasound imaging.
With super high-density
ultrasound probes and
powerful signal
processing functions,
crystal-clear images can
be acquired on the
CTS-6000, thus
diagnostic efficiency is
significantly improved.
Even for complicated and
difficult cases, the
diagnosis can be
achieved without effort.
All the ergonomic design
and abundant functions
enable operators, easy
and comfortable
application.
|
|
 |
 |
Digital beam forming
technology
Accurate
beam forming and signal
processing, digital
image acquisition and
processing ensure images
with
clear-cut edge and no
distortion.
|
 |
|
|
Whole-course
real-time
continuous
dynamic focusing
Whole-course
real-time
continuous
dynamic focusing
improves image
resolution and
pixel evenness
to a large
degree.
|
|
|
|
|
Real-time dynamic
aperture, dynamic
frequency scanning,
dynamic apodization and
dynamic filtering
Imaging technologies
such as dynamic aperture
and dynamic frequency
scanning create
consistent
high-resolution images
from near field to far
field. Real-time dynamic
apodization effectively
increases signal noise
ratio and eliminates
artifact.
|
|
|
 |
|
|
 |
Based on
user preference and
equirement, system
functions,image display
parameters, measurement
and calculation units,
peripheral control are
settable.
|
 |
|
 |
|
The advanced CPU as well
as the stable and
realtime operation
system assures easy and
userfriendly operation. |
 |
| |
|
 |
 Many
body marks are for
selection and display,
with display position
selectable.
![](title_addd.gif")
Character annotations on
images
400
phrases for selection
and convenient image
annotation. User defined
annotations are also
available
Detailed patient
information setting
|
 |
General measurement:
B-mode: distance, area,
circumference, volume,
angle
M-mode: distance, time,
heart rate, slope
Special measurement and
calculation:
Software packages and
reports for abdomen,
OB/GYN, urology,
cardiology, small parts
and peripheral vessels.
|
 |
|
 |
|
Different exam types can
be preset as required,
and the system is always
in the optimal exam
state for different
application, which
eliminates complex
manual operation and
increases operation
efficiency. User-defined
exam types are also
available. |
|
 |
|
All the probes for
this system have
super broadband with
over 70% relative
bandwidth. Five
working frequencies
are available for
each probe. Low,
medium or high
frequencies are
selectable for
clinical
applications. (With
high frequency, high
definition images
can be acquired;
while with low
frequency, images of
high penetration and
deep scan depth can
be acquired.) |
|
|
Real-time dynamic
high-density beam
scanning
|
|
|
|
|
|
Normal Liver
|
Normal Kidney
|
|
|
|
|
Normal Heart
|
Carotid
|
|
|
|
|
Early
Pregnancy(35 days)
|
Fetal Spine
|
|
|
|
|
Thyroid Cyst
|
Galactophore
Hyperplasia
|
|
|
|
|
|
|
|
