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Máy chụp cắt lớp võng mạc

Máy chụp cắt lớp đáy mắt 3D OTC-3000

Máy chụp cắt lớp đáy mắt 3D OTC-3000

Topcon

 3D OCT-2000 Spectral Domain OCT

 

High-resolution OCT

With years of experience in retinal imaging and a passion to produce the highest quality results, we have succeeded in producing our most stunning retinal image ever an overlap of up to 50! With just one click to change the reference mirror position to the choroidal mode, the border between choroid and sclera becomes apparent due to Enhanced Depth Imaging. Trust our newest of 3D OCT-2000 for better visualization and differentiation of each single layer.

Topcon’s 3D imaging and analysis functions provide invaluable pathological confirmation of progression, the true extent of oedema and the influence of vitreoretinal traction.  Only Topcon 3D OCT can be your true surgical guide.

Easy Operation

With the combined multiple auto functions, no extra training is required to use Topcon 3D OCT-2000.
Images can be captured easily, accurately and immediately.

Easy Capturing
Intuitive scan protocol selection with auto functionality will increase workflow. You will be assisted with Auto Focus / Auto Shoot for retinal camera and Auto Focus / Auto Z&Z Lock / Auto Polarisation when shooting OCT.

Easy To Use Touch-Screen Panel
8.4” integrated touch screen LCD control panel for easy operation.
Less eye movement when picturing, since you can both navigate and picture by one screen without seeing the PC monitor every time.

Variable Analysis Modules

Retina

Compare Function
Exclusive 3D OCT FastMap™ software allows for dynamic visualisation of each eye on the same screen or serial exams from the same eyes.
The built in analysis tools illustrate the extent of oedema pre and post treatment, allowing simplistic methods to plan clinical care and track medical effectiveness.

8.2×3mm Wide View
3D OCT-2000 allows for wide area scans, allowing even the smallest area of pathology to be captured during initial scan.

Combination of Topcon 3D OCT & FA/FAF/ICG Images and More
Autofluorescence, Fluorescence Angiography and Indocyanine Green image is simply imported to allow pin point registration to aid the diagnosis of RPE and Choroidal changes.

Glaucoma

※This picture shows an intentional moving eye to illustrate an example of  compensation.Portion to be evaluated
3D Tracking
The 3D tracking system (compensation function and rescanning function) reduces blurred images generated by the microsaccades, enabling you to obtain consistent quality images.
■Compensation Function
Automatically corrects the distortion due to microsaccades
■Rescanning Function
Automatically compensates by rescanning the area when microsaccades cause interference
RNFL Trend Analysis
□Change in RNFL Thickness
Change in the nerve fibre layer thickness can be monitored via RNFL Trend Analysis and comparison with normative data. Multiple patient visits can be viewed simply on one screen aiding disease management.
□Trend Analysis
Trend analysis can calculate linear regression lines by using all stored patient data. This chart can be useful to follow patient data as well as a useful patient education tool.
□Select an Icon
Total patient history data including overlay / thickness map / fundus image can now be shown on the same report.
[Acquirable Data] DA: Disc Area CA: Cup Area RA: Rim Area CV: Cup Volume RV: Rim Volume CDR: Cup to Disc Ratio LCDR: Linear Cup to Disc Ratio VDD: Vertical D.D HDD:Horizontal D.D
Disc Topography Module
Comprehensive normative database comparisons combined with C / D ration and topography maps can be displayed and analysed on a single screen or report.
Panoramic Fundus View
The mosaic function enables easy assessment of a vast area from macula to disc, providing a broader view of the fundus which can lead to faster detection and treatment for patients.

Anterior

■Get Quickly, Non-contact, High-resolution Anterior Image

 

Topcon 3D OCT-2000 not only gives you the posterior but also an anterior image, unmasking the precise shape and curvature of the cornea. Combined with rich analysis modules, you can easily detect any corneal disorders, such as corneal trauma, ulcer, astigmatism the rich analysis module is also good for pre and post refractive surgery observation.
Enjoy increased clinical efficiency with the enhanced Topcon 3D OCT.


※Courtesy of Dr.Frederique Matonti

Specifications

<Specifications>
Observation & Photographing of Fundus
Picture Angle 45°
Operating Distance 40.7mm (in fundus photography)
63.7mm (in anterior segment photography)*
Photographable Diameter of Pupil
Retinal Camera 45°:φ4.0mm or more
Small pupil diameter:φ3.3mm or more
Optical Coherence Tomography φ2.5mm or more
Observation & Photographing of Fundus / Anterior Segment Tomogram
Scan Patterns (Recommended)** Macula:3D Scan 512×128 ( 128 horizontal scan lines comprised of 512 A-scans ), 6×6mm
Macula:Radial Scan 1024×6 or 12 ( 6 or 12 radial scan lines comprised of 1024 A-scans ), 6mm
Disc:3D Scan 512×128 ( 128 horizontal scan lines comprised of 512 A-scans ), 6×6mm
Disc:Circle Scan φ3.4mm, 1024 A-scans
7 Line Raster 1024×7 (1024 A-scans per B-scan×7), 6mm
Scan Speed 27,000 A-scans per second
Scanning Range (On Fundus) 8.2×3mm, 6×6mm, 4.5×4.5mm, 3×3mm
                          (On Cornea)* 6×6mm , 3×3mm
Lateral Resolution ≦20μm
In-depth Resolution 5μm ~ 6μm
Observation & Photographing of Fundus Image / Fundus Tomogram
Internal Fixation Target Matrix LCD
(The display position can be changed and adjusted.
The presenting method can be changed. )
Power Source / Supply
Power Source Voltage:100/110/120/220/230/240V
Frequency:50-60Hz
Power Supply 200VA (max 400VA)
Dimensions / Weight
Dimensions W545mm× D535mm × H600-630mm
Weight 35kg