15/01/2020
A new Susana Marcos’ interview about SimVis technology published by CSIC
Read the full interview here
17/12/2019
A new article about SimVis Gekko published in Biomedical Optics Express
A new article published in Biomedical Optics Express shows that SimVis Gekko provides “practical utility in the clinic, in that it improves patient satisfaction, facilitates comparison […]
17/12/2019
Carlos Dorronsoro wins the “Physics, Innovation and Technology” award from the Royal Spanish Society of Physics
Carlos Dorronsoro co-founder of 2Eyes Vision and co-inventor of the SimVis technology, received the Physics, Innovation and Technology Award on December 12th 2019, for developing and […]
23/10/2019
Forbes interviews 2Eyes Vision
2Eyes Vision was the winner of the Spain Startup – South Summit Healthcare and Biotech category and selected among the 10 most innovative start-up companies in […]
23/10/2019
Great exposure and reception of SimVis at AAO 2019 in San Francisco
SimVis Gekko, the cutting edge technology that allows patients to experience the real world through multifocal corrections before surgery was presented to the American ophthalmic market […]
07/10/2019
2Eyes Vision pitch for the South Summit 2019 finals
07/10/2019
2Eyes Vision wins the Health and Biothech track at 2019 South Summit
2Eyes Vision was selected among more than 3.5 thousand start-ups as the winner of the Healthcare and Biotech track of the Spain Startup – South Summit […]
25/09/2019
2Eyes Vision obtains European CE Mark approval for SimVis , a cutting edge technology for the selection of intraocular and contact lenses in presbyopic and cataract patient
Madrid, September 4th 2019—2Eyes Vision is proud to announce that we have received CE Mark approval for the SimVis technology. SimVis is the result of more […]
12/09/2019
A new study validates the capabilities of the SimVis technology to select the optimum correction for presbyopic and cataract patients
Madrid, September, 2019. Presbyopia is an age-related ocular condition that makes it hard to see objects located at near distance due to the loss of the […]