Products

OCT-1000

Optical Coherence Tomography

Description

The OCT-1000 Optical Coherence Tomography for Ophthalmology is an integrated automatic artificial intelligence OCT system with both soft and hard capabilities, boasting complete independent intellectual property rights. It combines cutting-edge multi-image registration enhancement technology with industry-leading analysis techniques to offer a comprehensive solution for clinical diagnosis and treatment. This includes automated image capture, precise image analysis, intelligent and real-time cloud-based data sharing.

Feature

Ultra-fast fundus signal acquisition

80,000 times per second "second" acceleration technology, the scanning speed is greatly improved, helping to accurately capture different subdivision forms of fundus lesions in a shorter time and obtain high-quality images.

Diagram of the lesion

It can be used for auxiliary diagnosis of 16 main fundus diseases

Technical Specifications

ITEM

OCT-1000T

OCT-1000S

OCT-1000M

Type

SD-OCT

SD-OCT

SD-OCT

Light energy (cornea)

750μW

750μW

750μW

Measurement characteristic

Axial resolution5μm
Lateral resolution
20μm

Axial resolution5μm
Lateral resolution
20μm

Axial resolution5μm
Lateral resolution
20μm

Scanning characteristic

Maximum A-scan speed:≥20000times/second
Scanning depth
2.3mm
Maximum scanning range
12mm*9mm

Maximum A-scan speed:≥80000times/second
Scanning depth
2.3mm
Maximum scanning range
12mm*9mm

Maximum A-scan speed:≥55000times/second
Scanning depth
2.3mm
Maximum scanning range
12mm*9mm

Light Source characteristics

Central wavelength840nm
Optical power
:≤750μW
Refractive compensation range
-20D~+25D

Central wavelength840nm
Optical power
:≤750μW
Refractive compensation range
-20D~+25D

Central wavelength840nm
Optical power
:≤750μW
Refractive compensation range
-20D~+25D

Scanning mode

             5 kinds
Large field of view: HD straight line, radiation six lines, local area: macula, optic disc

7 kinds
Large field of view: HD straight line, radiation six lines, area
Local area: macula, optic disc
Front section: HD straight line, radiation six lines

7 kinds
Large field of view: HD straight line, radiation six lines, area
Local area: macula, optic disc
Front section: HD straight line, radiation six lines

Scanning range

12mm*9mm
Complete the image acquisition of macula + optic disc at one time

12mm*9mm
Complete the image acquisition of macula + optic disc at one time

12mm*9mm
Complete the image acquisition of macula + optic disc at one time

Single line scan length

12mm
One scan macula
 + optic disc

12mm

(Anterior segment 6mm)

12mm
(Anterior segment 6mm)

Pupil requirement

2mm

2mm

2mm

Automatic pupil orientation

Automatic pupil compensation

Fundus image

Full pixel imaging technology based on high scanning speed

Full pixel imaging technology based on high scanning speed

Full pixel imaging technology based on high scanning speed

Focusing mode

Fully automatic

Fully automatic

Fully automatic

Software analysis

Large field analysis
Simultaneously covering macula and optic disc a total of 14 items

Local analysis - Optic disc 8 items
Optic disc 6*6mm fundus image
Cup-disc ratio
Six lines
Horizontal C/D Ratio
Vertical C/D Ratio
Optic cup area
RNFL ring sweep thickness curve
RNFL thickness topographic map
TSNI thickness grid of nerve fiber layer

Local analysis - macular 8 items
Macular 6*6mm fundus map
Average thickness of the inner retina
Average retinal thickness
Macular fovea thickness
ILM-RPE thickness topographic map
ILM-RPE thickness grid
RNFL thickness topographic map
Retinal volume grid

Anterior segment analysis (peripherals required)

Large field analysis
Simultaneously covering macula and optic disc a total of 14 items

Local analysis - Optic disc 8 items
Optic disc 6*6mm fundus image
Cup-disc ratio
Six lines
Horizontal C/D Ratio
Vertical C/D Ratio
Optic cup area
RNFL ring sweep thickness curve
RNFL thickness topographic map
TSNI thickness grid of nerve fiber layer

Local analysis - macular 8 items
Macular 6*6mm fundus map
Average thickness of the inner retina
Average retinal thickness
Macular fovea thickness
ILM-RPE thickness topographic map
ILM-RPE thickness grid
RNFL thickness topographic map
Retinal volume grid

Anterior segment analysis (peripherals required)

Large field analysis
Simultaneously covering macula and optic disc a total of 14 items

Local analysis - Optic disc 8 items
Optic disc 6*6mm fundus image
Cup-disc ratio
Six lines
Horizontal C/D Ratio
Vertical C/D Ratio
Optic cup area
RNFL ring sweep thickness curve
RNFL thickness topographic map
TSNI thickness grid of nerve fiber layer

Local analysis - macular 8 items
Macular 6*6mm fundus map
Average thickness of the inner retina
Average retinal thickness
Macular fovea thickness
ILM-RPE thickness topographic map
ILM-RPE thickness grid
RNFL thickness topographic map
Retinal volume grid

Anterior segment analysis (peripherals required)

User profile

Integrated artificial intelligence

It can assist in the

diagnosis of 16 major

ophthalmic diseases

accurately identify,

segment and

automatically label the

focal area

It can assist in the

diagnosis of 16 major

ophthalmic diseases,

accurately identify,

segment and

automatically label the

focal area

It can assist in the

diagnosis of 16 major

ophthalmic diseases,

accurately identify,

segment and

automatically label the focal area

DICOM interface function

Mode of operation

Fully automatic, manual operation

Fully automatic, manual operation

Fully automatic, manual operation

Scanning modes

MODE

SCANNING WAYS

PHYSICAL SIZE

SLICE DIRECTION

Large field

Single-line

12mm

Horizontal

Six radial lines

9mm

Per 30°

Large field

12mm x9mm

horizontal or vertical

Glaucoma

Macular area

6mm x6mm

Horizontal

optic disc area

6mm x 6mm

Horizontal

Anterior segment

Single line

6mm

Horizontal

Six radial lines

6mm

Per 30°


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