Description

OCULAR SURFACE ANALYZER SERIES

PROFESSIONAL DRY EYE + DIGITAL SLIT LAMP LIGHT SOURCE

AUTO QUANTITATIVE PARAMETER

model

Optional slit lamp

Digital collector

Uniform halo

TMH

NIBUT

Lipid Layer Static

Lipid Layer Dynamic

Incomplete blinking

Red Eyes

Gland opening

Meibo

Corneal Staining

Mite function

Manual

Automatic

CCD

Yes

NIBUT

Infrared photography:

Using infrared as the light source, it does not stimulate tear secretion, making it more comfortable and the results more realistic.

Visible light shooting:

Penetrating white light technology allows for clearer viewing of the tear stream, making it easier to observe its continuity.

TMH

Infrared photography:

Using infrared as the light source, it does not stimulate tear secretion, making it more comfortable and the results more realistic.

Visible light shooting:

Penetrating white light technology allows for clearer viewing of the tear stream, making it easier to observe its continuity.

LIPID LAYER DYNAMIC

By using a uniform mask projection and recording automatic progress analysis, the entire range of the lipid layer can be clearly observed, and real-time changes in lipid layer thickness can be observed during each eye opening period.

Using professional AI algorithms, quantitative analysis of lipid layer thickness measurement can be accurate to 1nm.

BLINKING

Automatic recognition, statistics, and playback

In the lipid layer dynamic analysis project, simultaneously automatically identify and record incomplete blink data.

GLAND OPENING

High definition photography

Can clearly obtain the overall shape of the eyelid margin images of subtle changes in glandular opening.

MEIBO

Professional infrared imaging can clearly observe the morphology of meibomian gland

AI image enhancement:

Supports automatic recognition, enhances gland contrast, and automatically calculates the proportion of meibomian gland loss.

LIPID LAYER STATIC

High precision

Adopting uniform mask projection, it can fully present the true color and shape of the lipid layer

Using automatic AI algorithms, the measurement of lipid layer thickness can be accurate to 10nm.

RED EYES

Conjunctiva, ciliary, two modes

Multidimensional analysis of ocular surface congestion in subglands

Provide more basis for diagnosis.

STAINING

Professional yellow filter

Make corneal fluorescein sodium staining images clearer