GAIA

A NEW ERA
BEGINS HERE

ULTRA-WIDEFIELD FUNDUS IMAGING. AUTOMATED, TRUE COLOUR, PRECISION. EFFORTLESS EXPERIENCE.

ALL-NEW

GAIA

Ultra-widefield 
Retinal Slit Scanner

209°*

CAPTURE MORE, EFFORTLESSLY.

*209° is an estimated value derived from a visual angle of 150° (GAIA), based on the visual-angle-to-eye-angle relationship described in the following article.
Xincheng Yao, Devrim Toslak, Taeyoon Son, Jiechao Ma. Understanding the relationship between visual-angle and eye-angle for reliable determination of the field-of-view in ultra-wide-field fundus photography.
Biomedical Optics Express, 2021 Sep 30;12(10):6651-6659

209° ultra-widefield fundus image
Courtesy: THINC (Topcon Healthcare Innovation Center)

SIMPLE OPERATION

FULLY AUTOMATED IMAGING, EFFORTLESS CAPTURE.

True Colour (RGB)

Utilising red, green and blue LED light sources (RGB), GAIA captures ultra-widefield retinal images in true colour *

Diabetic retinopathy, true colour fundus image before additional laser
Before Additional Laser
Diabetic retinopathy, true colour fundus image after additional laser
After Additional Laser

Diabetic Retinopathy — Courtesy: Dr. Shunsuke Osawa, MIE Eye Clinic

* True, full colour fundus image simultaneously captured with white light, 24-bit colour.

Slit-Scan Technology

Our cutting-edge slit-scanning technology utilizes a structured slit-light illumination combined with a high-speed rolling shutter mechanism. This method effectively blocks scattered light, allowing the system to achieve true colour ultra-widefield fundus images even through pupils as small as φ2.0mm without pharmaceutical dilation.

Key Features

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    Capture more with 209°*ultra-widefield of view
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    Improved patient comfort
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    Slit-scanning technology enables the acquisition 
    of high-quality ultra-widefield images
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    Seamless integration 
    for efficient interoperability
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    Clinical confidence with true colour imaging
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    Space-saving
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    Effortless operation, auto-alignment and capture

*209° is an estimated value derived from a visual angle of 150° (GAIA), based on the visual-angle-to-eye-angle relationship described in the following article.
Xincheng Yao, Devrim Toslak, Taeyoon Son, Jiechao Ma. Understanding the relationship between visual-angle and eye-angle for reliable determination of the field-of-view in ultra-wide-field fundus photography.
Biomedical Optics Express, 2021 Sep 30;12(10):6651-6659

Connectivity

With flexible export options via shared network folders or standard DICOM, GAIA adapts easily to a wide range of clinical environments. When connected to IMAGEnet7, it integrates seamlessly into existing workflows and creates a unified patient record across imaging modalities.

USB Flash Drive
GAIA
IMAGEnet7
DICOM server
(Image storage)

Specifications

Types of image-capturing
Colour, Infrared (IR)*
Resolving power on fundus
Colour image-capturing: 20 lp/mm or more
Measuring range for the dioptric power
-20 D to +20 D
Photographable diameter of pupil
φ2.0mm or more (Confirmed with model eyes)
Angular field of view
150° (Diameter of pupil φ2.5mm or more), 120° (Diameter of pupil φ2.0mm)
Auxiliary functions
Auto-alignment, Auto-focus, Auto-shoot
Weight
31kg
Dimensions
334 - 646 (W) × 549 - 573 (D) × 672 - 702mm (H)

44th Congress of the ESCRS 2026

GAIA will be showcased for the first time internationally at ESCRS 2026.

Event
ESCRS 2026
Date
11-15 September, 2026
Venue
Excel London Royal Victoria Dock,1 Western Gateway, London E16 1XL

Discover GAIA at booth A. 150

london
See the future, first. Register your interest.

Note:  The information contained on this website is intended for healthcare professionals. Not all products, services, or offers are approved or offered in every market, and products vary from one country to another. Contact your local distributor for country-specific information and availability.