iCare-Training Videos


The iCare HOME2 tonometer for patient use revolutionizes glaucoma care. The patient can take IOP measurements during normal daily activities throughout the day and the iCare HOME2 can even be used when the patient is lying down.

Glaucoma patients or those who are suspected of developing glaucoma can measure IOP themselves during normal daily activities throughout the day as advised by their doctor.

iCare IC100 is a reliable choice for all eye care professionals. With this tonometer, you can measure the intraocular pressure of patients in a sitting or standing position.

iCare IC200 is the most versatile tonometer in iCare’s product portfolio. The patient can stand, sit, be in an upright, supine or lateral recumbent position. The tonometer IC200 can be used in 200 degrees measurement angle.

Perimeters & Microperimetry

iCare COMPASS is the first automated perimeter that can perform standard visual field tests using a real-time retinal tracker while delivering ultra-high resolution confocal TrueColor fundus images at the same time.

iCare MAIA (Macular Integrity Assessment) offers the best in confocal microperimetry to combine visual field tests, fixation loss correction by a real-time retinal tracker and non-mydriatic confocal SLO fundus imaging, all in one exam. iCare MAIA detects and monitors functional changes of the retina with great reliability.


iCare EIDON FA is a top-end imaging system that combines the best of the iCare EIDON technology with automatic Fluorescein Angiography capability to provide a complete suite of imaging modality of unsurpassed image quality. It offers widefield imaging of Fundus Fluorescein Angiography while preserving the image quality, sharpness, and details, even in the periphery.

iCare EIDON is the first TrueColor Confocal system that combines the best features of Scanning Laser Ophthalmoscopy (SLO) systems with those of standard fundus imaging to set new performance standards in retinal imaging. It’s the perfect retinal imaging system that provides TrueColor and widefield views in multiple imaging modalities.