Establishing the next level of eye care.
iCare is establishing the next level of eye care
iCare is a trusted partner in ophthalmic diagnostics, offering physicians fast, easy-to-use, and reliable tools for diagnosis of glaucoma, diabetic retinopathy, and macular degeneration (AMD). Our product assortment includes automated TrueColor imaging devices, perimeters and handheld rebound tonometers.
We believe that ophthalmic care must be accessible, effortless, and reliable, and we aim at establishing the next level of eye care.
iCare is a registered trademark of Icare Finland Oy. Centervue Spa., Icare Finland Oy, and Icare USA Inc. are parts of Revenio Group and represent the brand iCare.
Confocal fundus imaging systems
iCare’s range of cutting-edge devices with unique confocal-based technology captures ultra-high-quality, detail-rich images. Most models offer the added advantage of TrueColor imaging and multiple modalities for images with higher accuracy. The devices are computer-assisted, easy to operate and intuitive, requiring minimal staff training —this could mean reduced waiting time, efficient workflow and improved patient comfort and experience.Imaging devices
Automated perimetry and microperimetry with active retinal tracking
Perimetry is crucial in finding and monitoring signs of glaucoma, neurological and retinal diseases. Microperimetry is essential in detecting and monitoring macular diseases. iCare’s innovative perimeter and microperimetry devices MAIA and COMPASS combine visual field tests, fixation loss correction by a real-time retinal tracker and non-mydriatic confocal fundus imaging, all in one exam.Perimeters
The best of ophthalmic technology
iCare’s products are equipped with pioneering technology in tonometers, imaging devices and perimeters.
All iCare tonometers use a patented rebound technology for quick and easy intraocular pressure (IOP) measurements. In imaging devices iCare’s unique confocal TrueColor technology captures ultra-high quality and detail-rich images. Our perimeters offer retinal tracking that compensates eye movements during visual field testing making the perimetry and microperimetry results more reliable and repeatable.