DREAM OCT VG 200D
Intalight
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Optical Coherence Tomography (OCT)
DREAM OCT VG 200D
Brand:Intalight
The standard of speed and value balance: Featuring a 200 kHz Swept-Source scan rate, 12 mm imaging depth (16.2 mm AS), and single-shot 130° Ultra-Widefield capture, the DREAM OCT for both Retina and Anterior Segment studies stands out as the new signature standard in Turkey and worldwide for every clinic
Technical Specifications
Method
Swept-Source OCT
Light source
1030–1070 nm tunable laser
Scan speed
200,000 A-scans/sec
A-scan depth
12.0 mm (in tissue) / 16.2 mm anterior segment (in air)
Axial resolution
≤ 5.5 µm (in tissue)
Transverse resolution
≤ 15 µm (in tissue)
Retinal scan field
130° (26 × 21 mm) single capture; up to 200° with montage
Anterior segment scan
3–18 mm
Fundus imaging
cSLO, SLD 810–850 nm
OCT angiography
TrueAngio™
Modalities
Retinal OCT/OCTA, anterior segment OCT/OCTA
Product Description
The DREAM OCT 200D is the standard configuration that seamlessly bridges clinical efficiency with image quality. Utilizing a 1030–1070 nm tunable laser source, it delivers an imaging depth of up to 12 mm in tissue, visualizing the choroid, vitreous, and anterior segment with high clarity while offering robust penetration even through media opacities. It scans a 26 mm × 21 mm (130°) area in a single shot, extending the field of view up to 200° via automated montaging to reveal peripheral retinal lesions. The 200 kHz scan rate minimizes motion artifacts, and thanks to denser sampling, it provides more detailed imaging along with shorter examination times. Retina OCT/OCTA and Anterior Segment OCT/OCTA are integrated into a single body; the TrueAngio™ algorithm, Deep Layer™ AI segmentation, and 3D projection artifact removal render early vascular pathologies visible with high sensitivity. Backed by numerous published scientific studies, a wide array of optical parameters—such as the management of diabetic retinopathy, age-related macular degeneration, retinal vein/artery occlusions, and high myopia; anterior segment and anterior chamber angle (ACA) assessment; and optic nerve head (ONH) analysis—can be acquired using a single device.