Advanced
Retinal
Imaging

IISCIENCE Imaging Technology designs
and manufactures portable, turnkey, precision bio-imaging systems
for easily capturing high resolution images of animal retinas at a fraction of the cost of comparable instrumentation.
Scientists worldwide use our equipment for ophthalmology, neuroscience, and regenerative medicine.

IISCIENCE Imaging Technology designs
and manufactures portable, turnkey, precision bio-imaging systems
for easily capturing high resolution images of animal retinas at a fraction of the cost of comparable instrumentation.
Scientists worldwide use our equipment for ophthalmology, neuroscience, and regenerative medicine.

about us

IISCIENCE is a team of passionate doctors and researchers and physicists that share a vision of Innovative Imaging Science. We are optical system design experts and vision scientists. If you do research with animal models, IISCIENCE will help you acquire better photographs and gain more understanding of the conditions you study.

Our

Mission

To provide scientists with high  quality, affordable instrumentation to do ophthalmic research in animals.

High quality

IIScience makes capturing publication quality images quick and easy! “Seeing is believing”, check out our gallery!

ABOUT US
IISCIENCE is a team of passionate doctors and researchers and physicists that share a vision of Innovative Imaging Science. We are optical system design experts and vision scientists. If you do research with animal models, IISCIENCE will help you acquire better photographs and gain more understanding of the conditions you study.
OUR MISSION
To provide scientists with high quality, affordable instrumentation to do ophthalmic research in animals.
HIGH QUALITY
IIScience makes capturing publication quality images quick and easy! “Seeing is believing”, check out our gallery!
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Imaging cameras from IISCIENCE

Eyemera fundus is customizable power at your fingertips

Your new Breakthrough Animal Research Discoveries are now in Reach with the Eyemera Complete Eye Imaging System by IISCIENCE. This Versatile, Comprehensive System is a multi-Imaging Powerhouse for all of Your In-Depth Eye Research needs.
eyemera-fundus-scaled.jpg

Versatile Fundus Imaging

We chose a safe and durable light source for the Eyemera Fundus so you can be confident of a perfect image-capture every time.
Новички выделяют гостеприимность казино uaiato.com.ua Pin-Up и отмечают оперативное реагирование технической службы.
It is compact enough to operate in confined lab spaces or on the go. In every case, you will produce high-resolution, broad-spectrum retinal imaging from visible to NIR, which captures images in both color and monochrome.

Specifications

Image resolution 1.4 microns per pixel for mouse
Optical resolution 4.5 microns for mouse
Pixel resolution 1000 x 1000 pixels
Field for view 45 degrees
Imaging mode Color & FA & Angiograph
Imaging lens One lens for small and large animal eye
Imaging format Snap shot(tiff, jpeg, png) & video(avi)
Light source High power white LED lights
Dark current noise 1 e-/s
Readout Noise 8.5 e-
Software Control exposure time & Gains
Computer Intel Core processor
Animal bed High dynamic 6-degrees of freedom

The Eyemera OCT uses precision Optical Coherence Tomography to obtain clear and insightful diagnostic images.

With it, you can capture precise, cross-sectional layers of the retina with a more compact, affordable, and easy-to-use product than other solutions for OCT.

eyemera-fundus-scaled.jpg

OCTOS analysis software

OCTOS analysis is the ideal instrument to analyze cross-section images from Eyemera OCT. The software segments upper and lower boundaries of retina automatically and inner layer segmentation is running semi-manually.

OCTOS Viewer Software

OCTOS Viewer Software​

OCTOS viewer for volume scan images generates 3D retina structure. This program represents all cross-section images when you are searching for areas of interest. Also, it shows En face images of all layers.

The Eyemera OCT is precision Optical Coherence Tomography that obtains clear and insightful diagnostic images. With it, you can capture precise, cross-sectional layers of the retina with a more compact, affordable, and easy-to-use product than other solutions for OCT.

Specifications

Image resolution 2.0 um x 2.0 um x 2.3 um
Imaging modality Spectral Domain OCT
A-scan rate 80,000 A-scans / sec
B-scan rate 50 B-scans / sec
Field of view 60 degrees
Center wavelenght 870nm
Scan patterns H / V / Radial / Circular / Volume
Objective lens Mouse/Rat/Rabbit
Dark current noise 1 e-/s
Readout Noise 8.5 e-
Computer Intel Core processor
Animal bed High dynamic 6-degrees of freedom

IISCIENCE Does One Thing

IISCIENCE focuses exclusively on making advanced retinal imaging systems.

We design equipment and software to deliver outstanding results and do it more consistently than any other alternative on the market. As the designers and OEM, we have the optical engineering and scientific expertise to customize your equipment and software precisely to your research purposes.

One objective lens is for all animal eyes.

The objective lens of the imaging device is designed and optimized for laboratory animals.

Portability

Easy to use and to move

Multi imaging modalities​

Mention the imaging modalities

Customized Design

We build the system to fit your needs

Speed

Capture and analyze images quickly

Quality

Affordable price with high-resolution image quality

Broad-spectrum light source

Mention the characterist

TESTIMONIALS

“At first I hesitated to believe what Eyemera can do to my Eye research for mouse and rats when it was introduced to me, because I had a bad experienced with the eye imaging machine I used in the past, but with its affordable price, I thought I got nothing to lose so I got one and made it a part of the Lab. To my surprise, Eyemera was more than what I have expected. It made my research easier; the images it produces are superb in quality, very high image resolution so it gives me more image details and accurate results and has gone further deeply into what I need. It’s the perfect imaging system for rodents.”

Hae Sol Shin

Mouse retinal Imaging Specialist, Yonsei University, Seoul, Korea

“This is a truly great eye imaging system. It is lightweight and compact, making it possible to reach even the tiniest parts of rodents’ eyes. As a result, we have been able to make significant contributions to science. The system captures both color and FA images, and is highly reliable in providing excellent fundus images.”

Jung Ki Kim, Principal Investigator

DanKook University, Korea

“Never did I imagine that my studies could become more exciting, but as I delved deeper, I realized that exploring even the tiniest details of my goals made my studies even more challenging. This approach provides me with precise details and information, aided by a straightforward eye imaging machine.”

JinKu Choi Principal Investigator

K-bio health, Osong, Korea