Sales Brochure: GF-UM160 - Olympus America

EUS EXERA ULTRASONIC GASTROVIDEOSCOPE
OL YM PUS G F TYPE U M 160
~UA~
EXERA
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EUS Incorporating
From The Layer Structure To Deeper Organs,
The All-New HyperBand Transducer Makes Possible Ultrasound Imaging
Over A Wider Range Than Ever Before
EXERA ULTRASONIC GASTROVIDEOSCOPEOLYMPUS
G F TYPE U M 160
With features like an extended frequency range and
a simplified control section, the innovative
GF-UM160 offers the enhanced imaging
performance and maneuverability you need to take
full advantage of the potential of EUS.
the newly developed HyperBand transducer with compositepiezo
material, the GF-UM160 offers broadband scanning from
approximately 5 MHz to 20 MHz with increased penetration depth and
higher resolution. This not only provides clear visualization of the layer
structure, it offers a panoramic view that makes orientation much easier.Organs
beyond the pancreas and gallbladder, including the liver and spleen,
can be brought into view. At the same time, the size and weight of thescope's
control section have been reduced to about the size of an EVIS
scope, making this scope more maneuverable.

-[ncreased
~-
ghter rhe ~The lU omory
With four frequency modes to choose from, the HyperBand transducer can be easil~
adjusted tP suit the specific requirements of each case.
"'.-E)ly~S'S leading-edge technology has enabled us to i
create a transducer made from composite piezo materia
~~~H~~~~~.!#Jf' ~~
:IyperBand transducer offers true broadband scanning
:apability with four frequency modes -C5, C7.5, C12
md C20. You can get ultrasound images r
Tom approximately 5MHz to 20MHz
Nitho.ut s":,,itching scopes during an ~
~xammatlon.
resolution and penetration depth
mprove image clarity across a wider range. I
an~ more compact, the redesigned control section makes it
~~sjer to maneuver the scope.
B-;Y--m6Ving some of the functions previously incorporated in
he control section to the connector, we were able to reduce
he size and weight of the control section. The new
:onfiguration is similar to that of an EVIS scope. As a
:esult, the GF-UM160 is very easy to maneuver and
)perator fatigue is minimized.
Jp to three EVIS functions and three EUS functions can
)e assigned to the remote switches on the control section.
)even different EUS functions are available to assign to
he switches.
GFjJM160 has a simple, streamlined design that's e~sy to handle.~rasonic
cable can be detached from the scope to facilitate~eprocessing.
This also makes it easier to carry and store the scope.
EU~ EXERA is fully compatible with the scope ill function~VIS
EXERA 160 Series. Scope ill data -such as model
!lame, serial number, etc. -are stored on the memory chip builtinto
the GF-UM160. This information can be displayed on the
monitor to facilitate data management.
eIn the low frequency mode, deep organs can be
visualized, making orientation easie~ especially in thefmDt7z
~ .Lfi' *' ~ ~ ~ ~ietails
inside lesions or the gastrointestinal layer structure
:an be visualized.
stomlzaDle remote switches w aeslgn IS mucn mare campaCt Inan Ine
1ventianal control section shown on the right
ope Information menu
chip built into
's EXERA scope
I

~
~us's
With four frequency modes to choose from, the HyperBand transducer can be easily
adjusted tj> suit the specific requirements of each case.
leading-edge technology has enabled us to
create a transducer made from composite piezo material.
Incorporated in the tip of the GF-UM160, the new
HyperBand transducer offers true broadband Iscanning
capability with four frequency modes -C5, C7 .5, C12
and CZO. You can get ultrasound images
from approximately 5MHz to 20MHz
without switching scopes during an
examination.
8 Increased resolution and penetration depth
improve image clarity across a wider range.
Lighter an more compact, the redesigned control section makes it
much eas er to maneuver the scope.
~m6Ving some of the functions previously incorporated in
the control section to the connector, we were able to reduce
the size and weight of the control section. The new
configuration is similar to that of an EVIS scope. As a
result, the GF-UM160 is very easy to maneuver and
operator fatigue is minimized.
.Up to three EVIS functions and three EUS functions can
be assigned to the remote switches on the control section.
Seven different EUS functions are available to assign to
the switches.
8 The GFjJM~60 has a simple, streamlined design that's eas~:o handle.'8Tfieuhrasornc
cable can be detached from the scope to facIlitate
reprocessing. This also makes it easier to carry and store the scope.
Scope ID unction facilitates data management
eThe EU EXERA is fully compatible with the scope ill function
VIS EXERA 160 Series. Scope ill data -such as model
name, serial number, etc. -are stored on the memory chip built
into the GF-UM160. This information can be displayed on the
monitor to facilitate data management.
1~~=,"",
EXERA
'--~
.In the low frequency mode, deep organs can be
visualized, making orientation easier, especially in the
pancreatobiliary area. In the high frequency mode, fine
details inside lesions or the gastrointestinal layer structure
can be visualized.
Customizable remote switches New aeslgn Is mucn more compact tnan tne
conventional control section shown on the right
Scope information menu
Memory chip buill in10
EUS EXERA scope

130"UP go'LEFT
9O"DOWN 9O'RIGHT
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FOCUS ON LIFE
http://www.olympus.com
Printed in Japan F893SB-3-0901