Optical coherence tomography of ophthalmic equipment with efficient 3D analysis

Ophthalmic Equipment Optical Coherence Tomography With Efficient 3D AnalysisMC-OCT2000Efficient automatic image acquisitionEasy guided macular or disc scan.Quickly switch to anterior segment mode Precise positioning of the scan area, easy to focus on the lesionEasily select the scan area for image acquisition.Expanded field

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Ophthalmic Equipment Optical Coherence Tomography With Efficient 3D Analysis

MC-OCT2000

Efficient automatic image acquisition
Easy guided macular or disc scan.
Quickly switch to anterior segment mode
Ophthalmic Equipment Optical Coherence Tomography with Efficient 3D Analysis

 

Precise positioning of the scan area, easy to focus on the lesion
Easily select the scan area for image acquisition.
Expanded field of view.
Focus on the lesion
Scan area positioning requires minimal
patients' cooperation
Double-click reset the scan area to the center.
Ophthalmic Equipment Optical Coherence Tomography with Efficient 3D Analysis

Plenty of report templates and editable modules
A variety of default report templates to expedite the report generation.
Template design feature facilitates the diagnoses writing.
Electronic reports in PDF format are convenient for doctors and patients to read and save.

Ophthalmic Equipment Optical Coherence Tomography with Efficient 3D Analysis

Unique community for consultation, teaching, and case study
Extensive cases to browse and search.
Enhanced teaching function.

Post and search comments to make consultation easier.

Unique lesion contour measurement function
You can quickly and easily correct the inaccurate contour lines generated by the automatic algorithm. The correct contour lines can be saved for future analysis, such as thickness topographic map and 3D map

Ophthalmic Equipment Optical Coherence Tomography with Efficient 3D Analysis

Unique disc edge identification function
Automatically measure the cup-disc ratio, rim area and other optometric parameters.
Automatically identify and draw the disc contour and cup contour in the fundus image.
You can correct the disc contour on the fundus map to accurately calculate the area of the disc and cup.

Ophthalmic Equipment Optical Coherence Tomography with Efficient 3D Analysis

Precise follow-up scan technology
Automatically record the location of each inspection and repeat the data collection at the exact same locatior of the last inspection by using the image registration algorithm.

Ophthalmic Equipment Optical Coherence Tomography with Efficient 3D Analysis

Anterior segment analysis
Angle measurement: You can measure the anterior chamber angle, distance between the iris and any point on posterior comeal surface, anterior chamber area.

Corneal measurement You can measure the corneal vertex thickness after refractive error correction and the thickness between any upper and lower surfaces.

Accurate Glaucoma analysis
A single measurement can automatically evaluate the average thickness of the retinal nerve fiber layer in each sector.

Glaucoma follow-up analysis and comparison between left and right eyes show intuitive diagnostic details.\

Efficient 3D analysis
3D analysis: Rotate, zoom, layered, sliced, reconstruction, retinal vascular map, save and print 3D map,3D topographic map report.


Specification of our OCT

Resolution(in tissue)Axial 5.0μm;Transverse:15μm
Scanning rangeDepth 2.5mm;Wide≥6mm
Light sourceSLD.840nm
Scanning speed≥27000 A-scans/sec.
Light power750μW on cornea
FixationInternal and external fixation
Minimun pupil diameter3mm
Scan pattern3D scanning,Radial scanning,Raster scanning.Circular scanning,HD scanning
Software analysisMacular thickness topography, Average thickness of 9-sector,
Macular thickness map, Disc thickness tomography,
Disc thickness map,
Circumpapillary clock hour distribution,
Cup-to-disc ratio, Disc/cup/rim area,
Comparative analysis of disc circular scan between left and
right eyes, 3D analysis,
Follow-up analysis, HD scan analysis.
Anterior segment module
Scan pattern
Software analysis
Cornea scanning, Anterior chamber angle scanning.
Cornea thickness map,
Cornea thickness topography,
Cornea curvature topography,
Cornea HD analysis,
Anterior chamber angle analysis.

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