BLAZING THROUGH WITH LASER TOWARD A NEW

BLAZING THROUGH WITH LASER TOWARD A NEW

BLAZING THROUGH WITH LASER TOWARD
A NEW-GENERATION OF ENDOSCOPES.
New-generation endoscope system with lasers
Manufacturer
ISO9001 certified
ISO14001 certified
Distributor
FUJIFILM Medical Systems is
committed to providing quality
products and services, and
creating a sustainable environment
with nature and society.
FUJIFILM Corporation
FUJIFILM Asia Pacific Pte. Ltd.
10 New Industrial Road
Fujifilm Building Singapore 536201
TEL: +65-6383-9933
FUJIFILM Medical Systems
takes pride in protecting your
personal information.
LASEREO (12P) -1207-FP (MP) -5000-00 (1)
The beginning of
a next-generation
endoscope system.
Seeking a light source that clearly illuminates areas of lesion
Fujifilm has developed an endoscope system with a new concept.
LASAREO - the next-generation endoscope
system using laser light.
※LASEREO is a new word coined from “LASER” and “NEO” .
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Concept of “Two Lasers”
LASEREO uses two lasers with different wavelengths. It
creates illumination suitable for white light observation
and BLI observation. The white light mode laser excites
phosphors to create white light illumination
(wavelength: 450nm±10nm). The BLI mode laser is
used as high-contrast signals to obtain information
about vascular pattern and surface pattern (wavelength:
410nm±10nm). By changing the intensity ratio of the
two types of lasers, four observational modes can be
selected through a combination of image processing
with illumination suitable for white light observation
and narrowband light observation.
White
Light Laser
Phosphor
BLI Laser
Laser illumination diagram (may differ from actual configuration)
BLI (Blue LASER Imaging)
White Light Component
Short Wavelength
Narrowband Light
Mucosal
surface
BLI Images
White
Light
Signal Processing
Short Wavelength Narrowband
Light Component
The short wavelength narrowband light observation BLI
shines short wavelength laser
light suitable for vascular
pattern
observation
and
obtains high- contrast signals
which then undergo image
processing. Images suitable
for observation of vascular
pattern and surface pattern
are obtained.
vascular
pattern
Mucosa
Observational Modes Obtained by Changing the Intensity Ratio
By changing the intensity ratio of the two types of lasers, four observational modes can be selected through a
combination of image processing with illumination suitable for white light observation and narrowband light
observation.
［White light observation /
FICE observation］
White Light Laser
BLI Laser
A “New World” born from two lasers
Laser light source created from a new concept
The color tone of white light is similar to
that of conventional systems (xenon light
source). FICE enhances finer color changes
through spectral image processing.
［ BLI-Bright Observation ］
［ BLI Observation ］
BLI Laser
BLI Laser
White Light Laser
White Light Laser
Enhances vascular pattern and surface
pattern of relatively distant targets and
obtains bright images with BLI.
The short wavelength component is
increased by the laser and images suitable
for the enhancement of vascular pattern
and surface pattern are generated.
Lower Power Consumption and No Need for Lamp Exchange.
Compared with conventional xenon lamps of 300W, laser light source consumes only about 10W of power. It is
recommended to replace xenon lamps every 500 hours when endoscopes of such lamps are used for 1,000 hours
per year. The guideline is to replace 12 lamps in 6 years. Laser light source does away with these inconveniences
and saves time and money.
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SELECT THE BEST
OBSERVATIONL MODE TO
SUIT THE SUBJECT.
• Observational modes can be easily preset.
(example)
White Light
White Light
White Light
BLI
FICE
FICE
BLI
BLI-Bright
BLI
BLI Observation
White Light Observation
The laser light source provides sharp, three-dimensional and bright images in white light observation.
The same color tone as conventional xenon light source systems is achieved.
Stomach
Colon
BLI-Bright Observation
Esophagus
Esophagus
FICE* observation
In BLI-bright observation, a well-balanced mixture of white light observation and BLI observation
achieves bright images even when viewing relatively distant targets in narrowband light observation.
It supports a wide range of observations from distant to proximity and magnified targets.
Esophagus
By increasing the BLI laser ratio, superficial microvessels and superficial structures of high contrast
can be detected. BLI images support proximity and magnified observations.
Colon
With spectral image processing, finer color changes of normal membranes and areas of lesion are
enhanced in FICE observation, thereby clearly identifying the structure and area. It picks up and supports
boundary observations of areas of lesion with bright images viewed at proximity or relatively distant targets.
OFF (Stomach)
ON
* Abbreviation of Flexible spectral Imaging Color Enhancement.
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Dedicated Upper Gastrointestinal Laser Endoscope
Standard Endoscope EG-L590WR
Optical Magnification Endoscope EG-L590ZW
FICE and BLI are deployed to pick up image observations. To ensure
high-definition visibility, the air and water feeding function has been
improved. This realizes the better removal of water residue.
BLI is used in proximity magnification to observe blood vessels and
superficial structures of the mucous membranes. The upper gastrointestinal endoscope ensures excellent vision while having a maximum
optical magnification ratio of about 135 times (on 19-inch LCD monitor)
ILLUMINATING
A NEW WORLD
View direction
0º (direct vision)
View direction
0º (direct vision)
View angle
140°
View angle
Standard: 140º Proximity: 55º
Observation
range
4∼100 mm
Diameter of tip
9.6 mm
Observation
range
Diameter of
flexible portion
Curved angle
10.8 mm
UP: 210° DOWN: 90°
Diameter of
flexible portion
9.8 mm
RIGHT: 100° LEFT: 100°
Curved angle
9.3 mm
Effective length
1,100 mm
Total length
1,400 mm
New design endoscope leveraging the characteristics of laser light.
90°DOWN
Objective lens
Forceps
channel
Air/Water nozzle
100°LEFT
100°RIGHT
UP: 210° DOWN: 90°
RIGHT: 100° LEFT: 100°
Effective length
1,100 mm
Total length
1,400 mm
Minimum
diameter of
2.8 mm
forceps channel
Screen size
forceps
direction
210°UP
Proximity: 2-3mm
Diameter of tip
Minimum
diameter of
2.8 mm
forceps channel
Light
guide
Standard: 6-100mm
General name: Video flexible gastroduodenoscope
(Other name: Video flexible esophagoscope)
Pharmaceutical name: Digital endoscope
EG-L590WR
JAN code: 4547410210385
Pharmaceutical authentication number:
224AABZX00080000
Light
guide
210°UP
90°DOWN
Objective lens
Forceps
channel
100°LEFT
100°RIGHT
Air/Water nozzle
Screen size
forceps
direction
General name: Video flexible gastroduodenoscope
(Other name: Video flexible esophagoscope)
Pharmaceutical name: Digital endoscope
EG-L590ZW
JAN code: 4547410210378
Pharmaceutical authentication number:
224AABZX00081000
Dedicated Lower Gastrointestinal Laser Endoscope
Standard Endoscope EC-L590WM
Optical Magnification Endoscope EC-L590ZW
FICE and BLI are deployed to pick up image observations. With a
diameter of 12.0mm for the tip, the endoscope has a view angle of 140º,
a 3.8mm large forceps channel, and water jet function
BLI is used in proximity magnification to observe blood vessels and
superficial structures of the mucous membranes. The endoscope has
a maximum optical magnification ratio of about 135 times (on 19-inch
LCD monitor).
View direction
0º (direct vision)
View direction
0º (direct vision)
View angle
140°
View angle
Standard: 140º Proximity: 55º
Observation
range
4∼100 mm
Diameter of tip
12.0 mm
Observation
range
Diameter of
flexible portion
Curved angle
12.8 mm
UP: 180° DOWN: 180°
Diameter of
flexible portion
12.8 mm
RIGHT: 160° LEFT: 160°
Curved angle
12.0 mm
1,330 mm
Total length
1,630 mm
Minimum
diameter of
3.8 mm
forceps channel
Objective lens
Light guide
180°UP
180°DOWN
Air/Water
nozzle
Forceps
channel
Water Jet
Nozzle
Overview of Endoscope
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160°LEFT
160°RIGHT
Proximity: 2-3mm
Diameter of tip
Effective length
Remarks
Standard: 6-100mm
UP: 180° DOWN: 180°
RIGHT: 160° LEFT: 160°
Effective length
1,330 mm
Total length
1,630 mm
Minimum
diameter of
3.8 mm
forceps channel
Water Jet
Remarks
Screen size
forceps
direction
Water Jet Nozzle
Light guide
General name: Video flexible colonoscope
(Other name: Video flexible sigmoidoscope)
Pharmaceutical name: Digital endoscope
EC-L590WM
JAN code: 4547410210392
Pharmaceutical authentication number:
224AABZX00078000
Forceps
channel
Operating Section
Objective
lens
Air/Water
nozzle
180°UP
180°DOWN
160°LEFT
160°RIGHT
Water Jet
Screen size
forceps
direction
General name: Video flexible colonoscope
(Other name: Video flexible sigmoidoscope)
Pharmaceutical name: Digital endoscope
EC-L590ZW
JAN code: 4547410211917
Pharmaceutical authentication number:
224AABZX00079000
Laser Connector Section
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LASEREO System Configuration
(LL-4450 / VP-4450HD)
LASEREO System Configuration
(LL-4450 / VP-4450HD / XL-4450)
New-generation endoscope system brings diagnosis to a new level.
Smooth addition to the convential system.
L590 Series Scope
EG- L590WR
L590 Series Scope
EG- L590ZW
EC-L590WM
400
Series Scope
EC- L590ZW
Laser Light Source:
XL-4450
LCD monitor
19-inch
500
Series Scope
LCD monitor
19-inch
LCD monitor
24-inch
LCD monitor
24-inch
Processor VP-4450HD
Processor VP-4450HD
Laser Light Source:
LL-4450
Laser Light Source:
LL-4450
Cart PC-410
Cart PC-410
Recording Device
Printer
System Configuration
Laser light source: LL-4450
Video Processor: VP-4450HD
Laser Light Source LL-4450
Built-in
Lasers
※Upper gastrointestinal magnification endoscope
※General upper gastrointestinal endoscope
Video endoscope: EC-L590ZW
※Lower gastrointestinal magnification endoscope
Video endoscope: EC-L590WM
※General lower gastrointestinal endoscope
Printer
Main
Functions
Video Processor VP-4450HD
Semiconductor
Laser 1
Emission Wavelength: 450nm±10nm
Color method PAL ／ Progressive
Maximum Laser Output: 1.5W (CW)
Semiconductor
Laser 2
Emission Wavelength: 410nm±10nm
Video
Output
Terminal
Maximum Laser Output: 0.5W (CW)
Light Control
Auto light control through CCD Video Output
(manual adjustment allowed)
Air Pump
HI/MID/LOW/ Off
Power Source
AC 230V 50Hz
Light Source
Control
Terminal
External
Dimensions
385(W) x 125(H) x 505(D) mm (including projection)
Control
Terminal
Mass
12kg
General name: Externally powered laser light source for endoscope with air and
water supply functions
Pharmaceutical name: Laser light source LL-4450
Pharmaceutical authentication number: 223AABZX00062000
JAN code: 4547410158571
Xenon light source XL-4450
Video Terminal
S Video Terminal
1-system
RGB Terminal
2-system
1-system
Applicable
Endoscope
410/450/470 Series Endoscope
of the 400 System Endoscope
※500 System Endoscope
Main
Functions
Photometry ON/OFF Function
Flexible Spectral Imaging Color
Enhancement (FICE) function
DVI Terminal
2-system
HD-SDI Terminal
2-system
Interface Cable
Terminal
1-system
Remote Terminal
2-system
Peripheral Equipment
Terminal
2-system
Keyboard Terminal
1-system
Card Reader Terminal
1-system
Digital Printer Terminal
1-system
Foot Switch Terminal
1-system
Power Source 120V 60Hz 0.8A / 230V 50Hz 0.5A
Network Terminal
1-system
External
Dimension
390(W)×105(H)×460(D)mm
Mass
9.5kg
General name: Endoscope video image processor
Pharmaceutical name: Processor VP-4450HD
Pharmaceutical notification number: 14B2X10002A0V009
JAN code: 4547410120912
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HD Recorder
Specifications
Video endoscope: EG-L590ZW
Video endoscope: EG-L590WR
Recording Device
HD Recorder
Spectral Imaging (FICE imaging)
Simultaneous recording of normal images
Lamp Type
Lamp Rating
Main
Functions
Main lamp Short arc xenon lamp
Emergency lamp Halogen lamp
Main lamp 300W
Emergency lamp 75W
Automatic light control function
Air pressure switch function
HI/MID/LOW/ Off
Color Enhancement Function
Power Source 120V 60Hz 3.3A / 230V 50Hz 1.7A
Contour Enhancement Function
External
Dimensions
390(W)×155(H)×450(D)mm
Digital Magnification Function
P in P Function
Mass
15kg
Network Function
Scope Switch Setting Function
Dual Mode Function,
image mask change function
General name: Externally powered laser light source for endoscope
with air and water supply functions
Pharmaceutical name: Light source XL-4450
Pharmaceutical authentication number: 220AABZX00185000
JAN code: 4547410074833
※System manufactured after 2004
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