Optical Coherence Tomography, or OCT, is advanced technology used for retinal imaging and analysis. This technology provides highly detailed images of the retina as well as the optic nerve. These cross-sectional images are viewable in 2D and 3D, allowing for topographical mapping of the eye including macular thickness. Various pathology can be detected using this non-contact technology such as Glaucoma and Keratoconus. Some OCT products boast additional features such as Microperimetry. OCT is also extremely helpful to measure the changes in a patients eyes overtime and can be beneficial pre and post-operatively for cataract patients.
Another important aspect of Optical Coherence Tomography is the ability to remotely access images and data with vendor software. If the product is DICOM compatible, this information can be input into the Electronical Medical Records (EMR) system to be viewed by various healthcare professionals regardless of location. Regardless of which OCT product chosen, be sure the vendor is reputable and will provide support and service for their product.
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Featured products
- Features: The ultimate multimodal imaging platform
For the SLO/OCT model
- Color / FA / ICG / Blue-FAF / Green-FAF / Retro mode
- OCT / OCT-Angiography*
For the SLO model
- Color / FA* / ICG* / Blue-FAF /Green-FAF / Retro mode
* Optional
Streamlined combination capture
The Combo image capture allows sequential capture of images with the preset combination of image capture settings for each specified disease.
Ultra wide field x ultra HD image
A stellar combination of 163°ultra wide field x ultra 4K HD incorporated in the Mirante achieves a wider, enhanced view of the retinal structure and vasculature with unparalleled clarity.
(Angle of view is measured from the center of the eye. Ultra wide field image is available with the optional wide-field adapter.)
Unsurpassed color
Three separate RGB detectors simultaneously scan different depths of the retina with red, green, and blue wavelengths, producing unsurpassed color and allowing fine adjustment of the histogram.
Dynamic/Simultaneous FA and ICG
Dynamic blood flow using FA and ICG can be recorded with the Mirante. It also allows simple, simultaneous acquisition of FA and ICG images.
Unique Retro mode
The unique Retro mode modality is a non-invasive technique for visualizing pathologies deeper than the retinal pigment epithelium and detecting pathologic changes in the choroid. The pseudo-3D images from Retro mode allow better clinical appreciation of the extent of the pathology.
HD wide area OCT
High definition OCT images can be acquired for a maximum 16.5 x 12 mm area, allowing a wide, detailed assessment from the vitreous to choroid in a single shot. The Mirante SLO/OCT also offers options for AngioScan OCT-Angiography and an anterior segment OCT adapter.
Fly Through function
The Fly Through function further enhances multimodal imaging by registering and synchronizing images from different modalities to view the same area while scrolling through the region of interest. - Weight (lbs): Inquire
- Pupil Diameter: Inquire
- Memory/Data Storage: Inquire
- Scan Type: Inquire
- Operating System: Inquire
- Working Distance: Inquire
- Field of View: Inquire
- Imaging Modes: Inquire
- Dimensions (W × H × D): Inquire
- Scan Depth: Inquire
- A-Scan Speed: Inquire
- Axial Resolution: Inquire
- Transverse Resolution: Inquire
- Computer Processor: Inquire
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- Features: Advanced diagnostic tools that improve your ability to identify pathology and track change over time.
- NEW FastTrac™ retinal tracking system
- NEW Macular Thickness OU Analysis
- Advanced RPE analysis
- Ganglion Cell Analysis
- Guided Progression Analysis (GPA™)
- Precision FoveaFinder™
- Macular Thickness and Change Analysis
- Macular Thickness Normative Data
- Weight (lbs): Inquire
- Pupil Diameter: Inquire
- Memory/Data Storage: Inquire
- Scan Type: Inquire
- Operating System: Inquire
- Working Distance: Inquire
- Field of View: Inquire
- Imaging Modes: Inquire
- Dimensions (W × H × D): Inquire
- Scan Depth: Inquire
- A-Scan Speed: Inquire
- Axial Resolution: Inquire
- Transverse Resolution: Inquire
- Computer Processor: Inquire
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- Features:
- Accurate image capture with a SLO-based eye tracer
Real time compensation for eye movement with SLO-based eye tracer results in more accurate scans, ensuring higher image quality and maximum reproducibility - Selectable OCT sensitivity
Selectable OCT sensitivity allows acquisition of B-scan images through media opacities
- Tracing HD for accurate averaging of up to 120 image
- Glaucoma analysis with wide-area normative database
Normative database area: 9 x 9 mm (macula), 6 x 6 mm (disc)
- Long axial length normative database (optional)
- High resolution AngioScan OCT-Angiography image (optional)
Up to 12 x 12 mm auto panorama imaging
Wide area scan 9 x 9 mm
Quantitative analysis: vessel density map / perfusion density map, FAZ parameter
- B-scan Denoising Software (optional)
- Weight (lbs): Inquire
- Pupil Diameter: Inquire
- Memory/Data Storage: Inquire
- Operating System: Inquire
- Working Distance: Inquire
- Field of View: Inquire
- Imaging Modes: Inquire
- Dimensions (W × H × D): Inquire
- Scan Depth: Inquire
- A-Scan Speed: Inquire
- Axial Resolution: Inquire
- Transverse Resolution: Inquire
- Computer Processor: Inquire
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- Features: USER-FRIENDLY: Robotic OCT and fundus camera with single-touch automated capture * WIDEFIELD SCAN: 12x9mm 3D wide scan captures macula and optic disc and includes the Hood Report for Glaucoma * HIGH RESOLUTION: OCT and color fundus photography * COMPACT FOOTPRINT: Space-saving design fits into any practice setting
- Weight (lbs): Inquire
- Pupil Diameter: Inquire
- Memory/Data Storage: Inquire
- Scan Type: Inquire
- Operating System: Inquire
- Working Distance: Inquire
- Field of View: Inquire
- Imaging Modes: Inquire
- Dimensions (W × H × D): Inquire
- Scan Depth: Inquire
- A-Scan Speed: Inquire
- Axial Resolution: Inquire
- Transverse Resolution: Inquire
- Computer Processor: Inquire
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- Features: HIGH RESOLUTION: Multimodal imaging includes OCT, true color fundus photography, FA and FAF
SCAN MORE PATIENTS: Swept source technology allows imaging through media opacities
FEWER RESCANS: Invisible scan beam allows patients to focus on the fixation target and reduce involuntary eye movement
WIDE SCAN: A 12mm x 9mm scan covers the optic nerve and macula and can be acquired in 1.8 seconds for fast assessment of the posterior pole
RICH, DETAILED IMAGES: Image quality is further enhanced by PixelSmart Technology*
*PixelSmart is a function of IMAGEnet 6 software.
- Weight (lbs): Inquire
- Pupil Diameter: Inquire
- Memory/Data Storage: Inquire
- Scan Type: Inquire
- Operating System: Inquire
- Working Distance: Inquire
- Field of View: Inquire
- Imaging Modes: Inquire
- Dimensions (W × H × D): Inquire
- Scan Depth: Inquire
- A-Scan Speed: 100,000 A Scans/sec
- Axial Resolution: Inquire
- Transverse Resolution: Inquire
- Computer Processor: Inquire
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- Features:
- Gain New Information on Ocular Structures with the Touch of a Button
- Fit iScan's Space-Saving Design into Any Practice Setting
- Enhance Your Eye Health Exam and Generate New Revenue with the Exclusive iWellness Scan
- Weight (lbs): Inquire
- Memory/Data Storage: Inquire
- Scan Type: Inquire
- Operating System: Inquire
- Working Distance: 22mm / 15mm
- Imaging Modes: Inquire
- Dimensions (W × H × D): Inquire
- Scan Depth: 2 - 2.3mm (retina)
- A-Scan Speed: 26,000 A-scan/second
- Axial Resolution: Inquire
- Transverse Resolution: 15 µm (retina)
- Computer Processor: Inquire
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- Features:
- Virtual dissection of the retina and optic disc
- 512 X 128 dense cube with 67 million data points
- High density 3D volume for visualization and analysis of patient condition
- GCC® Thickness Mapping
- Weight (lbs): 36 kg (79 lb)
- Pupil Diameter: 2.5mm minimum
- Memory/Data Storage: Inquire
- Scan Type: Inquire
- Operating System: Inquire
- Field of View: 21° (H) x 21° (V)
- Imaging Modes: Inquire
- Dimensions (W × H × D): 486 mm (19.1 in) x 669-870 mm (26.3~34.3 in ) x 874 mm (34.4 in)
- Scan Depth: 2 - 2.3mm (retina)
- A-Scan Speed: 256 to 1024 A-scan/Frame
- Axial Resolution: Inquire
- Transverse Resolution: 15 µm (retina)
- Computer Processor: Inquire
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Topcon Medical Laser Systems
- Features:
- Full automation (alignment, focus and capture) 3D OCT and fundus capture technology, combined with automatic report functions, delivers fast office work flow and ensures that any of your staff can easily take images
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Comprehensive assessment of ONH and macula in one scan with innovative 12mm x 9mm scanning protocol
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Extensive Reference Database of RNFL, Total Retinal, GCL + IPL, and GCL + IPL + RNFL thickness measurements
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50,000 A Scans/sec Spectral Domain OCT with a non-mydriatic color fundus camera saves space and saves expense of purchasing 2 systems
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High quality images - 2D, 3D and fundus images
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PinPoint™ Registration of OCT image with fundus image
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Latest automatic layer segmentation algorithms
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All-in-one compact system to fit small office settings
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Online instrument training program significantly reduces training time of new staff
- Weight (lbs): 46.3
- Pupil Diameter: 2.5 mm or more
- Memory/Data Storage: Inquire
- Scan Type: Inquire
- Operating System: Inquire
- Working Distance: 34.8 mm (in fundus photography), 62.6 mm(in anterior segment photography)
- Field of View: Inquire
- Imaging Modes: Inquire
- Dimensions (W × H × D): 12.1 to 17.4 x 20.4 to 28.4 x 18.5 to 26.3 in
- Scan Depth: Inquire
- A-Scan Speed: Inquire
- Axial Resolution: Inquire
- Transverse Resolution: Inquire
- Computer Processor: Inquire
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- Weight (lbs): 34 or 36 kg
- Pupil Diameter: Inquire
- Memory/Data Storage: Inquire
- Scan Type: Inquire
- Operating System: Inquire
- Working Distance: Inquire
- Field of View: Inquire
- Imaging Modes: Inquire
- Dimensions (W × H × D): (WxDxH) 18 x 26 x 21 in.
Table: 39L x 22W
- Scan Depth: Inquire
- A-Scan Speed: Inquire
- Axial Resolution: Inquire
- Transverse Resolution: Inquire
- Computer Processor: Inquire
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- Features:
- Visualize Peripheral Pathology with Avanti's 3D Widefield Cube
- Assess of Change Over Time with RNFL and GCC Trend Analysis
- Precisely Calculate IOL Power in Your Post-Refractive Surgery Patients with Total Cornea Power
- Increase Your Productivity with High-Speed Scanning and Easy-to-Use Reports
- Weight (lbs): 143 lb (65 kg)
- Pupil Diameter: Inquire
- Memory/Data Storage: Inquire
- Scan Type: Inquire
- Operating System: Inquire
- Working Distance: 22mm
- Field of View: Inquire
- Imaging Modes: Inquire
- Dimensions (W × H × D): 950 (37.4) x 690~890 (27.2~35.2) x 700 (27.6)
- Scan Depth: ~3mm
- A-Scan Speed: 70,000 A-Scan/Second
- Axial Resolution: 5µm
- Transverse Resolution: 15µm
- Computer Processor: Inquire
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- Features: Advanced diagnostic tools that improve your ability to identify pathology and track change over time.
- NEW Macular Thickness OU Analysis
- Ganglion Cell Analysis
- Guided Progression Analysis (GPA™)
- Macular Thickness and Change Analysis
- Macular Thickness Normative Data
- Weight (lbs): Inquire
- Pupil Diameter: Inquire
- Memory/Data Storage: Inquire
- Scan Type: Inquire
- Operating System: Inquire
- Working Distance: Inquire
- Field of View: Inquire
- Imaging Modes: Inquire
- Dimensions (W × H × D): Inquire
- Scan Depth: Inquire
- A-Scan Speed: Inquire
- Axial Resolution: Inquire
- Transverse Resolution: Inquire
- Computer Processor: Inquire
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- Features: Inquire
- Weight (lbs): Inquire
- Pupil Diameter: Inquire
- Memory/Data Storage: Inquire
- Scan Type: Inquire
- Operating System: Inquire
- Working Distance: Inquire
- Field of View: Inquire
- Imaging Modes: Inquire
- Dimensions (W × H × D): Inquire
- Scan Depth: Inquire
- A-Scan Speed: Inquire
- Axial Resolution: Inquire
- Transverse Resolution: Inquire
- Computer Processor: Inquire
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Heidelberg Engineering, Inc.
- Weight (lbs): Inquire
- Pupil Diameter: ≥ 2.5 mm
- Memory/Data Storage: Inquire
- Scan Type: Scanning Laser Fundus Imaging: BluePeak, MultiColor, Infrared Reflectance
OCT: Retina, Glaucoma, Anterior Segment - Operating System: Inquire
- Working Distance: Inquire
- Field of View: Inquire
- Imaging Modes: Inquire
- Scan Depth: 1.9 mm
- A-Scan Speed: Inquire
- Axial Resolution: 3.9 µm (digital)
- Transverse Resolution: 14 µm
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