OptimeyesTM ist
OptimeyesTM is
OptimeyesTM is
Personalized eye care. Swiss made.
OptimeyesTM creates a digital copy of the patient’s cornea based on currently used measurement data. With this “digital twin”, the software carries out virtual arcuate keratotomy, in order to find the optimal and personalized incision parameters for each individual patient. This CE-certified technology is based on tailored biomechanical simulations and does not depend on nomograms or statistical diagrams. Only OptimeyesTM provides in silico* patient-specific planning for arcuate keratotomy to correct astigmatism during cataract surgery.
OptimeyesTM is the result of our passion for biomechanics and digitalization. The use of OptimeyesTM has three major benefits for eye clinics: Firstly, thanks to a personalized solution, surgeons can meet the needs of patients who want the best distance vision. Secondly, OptimeyesTM can increase the efficiency of your clinic and equipment, and thirdly, by offering a new solution to patients, the economic potential of your clinic is increased.
*In silico means that the surgery planning is calculated on the computer to predict outcomes and minimize risk
Already a user? Go directly to the customer portal.
Optimeyes is a great simulation software for surgical cornea correction. The software is easy to use and thus enables efficient clinical use and avoids application errors.
OptimeyesTM is intuitive in its use.
The software interface resembles standard topography measuring devices and requires no additional effort in its use.
In just 4 steps you can create the digital twin of a patient cornea and submit it for simulation:
Import the patient’s measurement data
the digital twin is created
Adjust the surgery parameters to your needs
the virtual dry run is defined
Submit the simulation and receive back the parameters
optimal parameter calculation
Print the report and carry out the surgery in real life
patient-specific surgery
Optimeyes hat grosses Potential für schnelle und präzise Korrektion von geringem Astigmatismus während Kataraktoperationen.
OptimeyesTM can import corneal data from the following measuring devices:
OptimeyesTM runs on Microsoft Windows 7/10.
The minimal requirements are:
Pentacam (HR)
Galilei G2 / G4 / G6
CSO Sirius
CSO MS39
Optimeyes runs on Microsoft Windows 7/10.
The minimal requirements are:
CPU i5/i7, 4GB RAM
1280x700 screen
200 MB storage
64-Bit
Data input for Optimeyes only takes a few moments and uses standard data formats. Entering the data is fast and easy and the user interface is clear and intuitive. The results of our first applications are very promising.
With our unique technology, you can treat patients with a personalized surgery plan and cater to the individual cornea’s characteristics. With the digital twin you fully test the surgery virtually in advance. This reduces risks during the actual procedure and increases patient satisfaction by returning best distance vision.
So far, the possibility to correct low astigmatisms during cataract surgery was often not used due to insurance restrictions or a lack of time during surgeries. With OptimeyesTM it is now easy to do this. Our success stories show how much patients appreciate spectacle-free vision in their daily life after cataract surgery.
With OptimeyesTM you are able to further increase the potential of your femtosecond laser and utilize it more often. The highly precise laser can implement the patient-specific surgery parameters calculated by OptimeyesTM accurately and thus achieve best distance vision for the patient.
With our unique technology, you can treat patients with a personalized surgery plan and cater to the individual cornea’s characteristics. With the digital twin you fully test the surgery virtually in advance. This reduces risks during the actual procedure and increases patient satisfaction by returning best distance vision.
So far, the possibility to correct low astigmatisms during cataract surgery was often not used due to insurance restrictions or a lack of time during surgeries. With OptimeyesTM it is now easy to do this. Our success stories show how much patients appreciate spectacle-free vision in their daily life after cataract surgery.
With OptimeyesTM you are able to further increase the potential of your femtosecond laser and utilize it more often. The highly precise laser can implement the patient-specific surgery parameters calculated by OptimeyesTM accurately and thus achieve best distance vision for the patient.
