Ocular surface imaging made easy
Standardised high-quality photography of the ocular surface
Occyo One captures high-resolution, all-in-focus images of the cornea, sclera, conjunctiva, and lid margins, providing eye care professionals with standardised images for clinical assessment.
The first step in the way of providing telemedicine in ocular surface patient management is enabling photo documentation that offers quantifiable data for future remote diagnosis and follow-up monitoring. For this purpose, we have developed the Occyo One ocular surface imaging system.
Occyo One stands as the first and only ocular surface imaging system capable of capturing fully standardised, high-quality photographs of the ocular surface. Occyo One transforms the documentation of ocular surface pathologies, offering a systematic approach that enhances ophthalmic care and patient outcomes.
Occyo One’s precision was put to the test against traditional slit lamp photography in a clinical trial at Salzburg university hospital. All cases were photographed with Occyo’s system and a state-of-the-art photo slit lamp. Witness the difference in vessel precision for yourself.
WHY CHOOSE OCCYO ONE?
The innovative lens design was developed to fit the shape of the human ocular surface. This allows for outstanding image quality and resolution of the entire ocular surface and enables all-in-focus snapshot images even by not-specialised operators.
Occyo One includes an integrated fixation target, an automated focusing mechanism, and standardised illumination to ensure a high degree of reproducibility of the resulting photographs. Finally, the imaging software controls the standardisation of the photographs.
EASY
Automated imaging settings ensure user-independent external eye photography in standardised quality - with a simple touch of a button.
PRECISE
Reliably assess corneal and conjunctival disease based on high-resolution colour and fluorescein images at perfect focus over the entire visible ocular surface.
COST-EFFECTIVE
Standardised photo documentation can create mutual benefit for both patients and eye care professionals through accelerated clinical workflows and decision-making.
Key features
Tailored focal plane optimised for the ocular surface
Wide field single image acquisition
Standardised imaging settings
Automated real-time eye tracking and image processing
Integrated quality control by image processing
Simple user interface with a touchscreen for operator independence
DICOM conformance
IMAGE-BASED DOCUMENTATION
FOR OCULAR SURFACE PATIENTS
Occyo One finally enables precise, image-based documentation for ocular surface diseases.
Reproducibility is crucial for clinical photo-documentation of ocular surface conditions, such as inflammation, dryness, and lesions, or for contact lens fit assessment.
Furthermore, reliable documentation of ocular surface pathologies over time is a prerequisite for efficient clinical workflows. Accurate follow-up imaging ensures a reliable assessment of the disease course over time.
Occyo’s external eye imaging system empowers healthcare professionals by providing them with accurate information about a patient's condition. Our groundbreaking solution enables reformed clinical workflows in external eye patient management. Standardised high-quality ocular surface photographs allow reliable assessment of ocular surface biomarkers and can reduce the patient journey complexity compared to traditional examination methods.
Patient with pinguecula after first visit and 20 weeks later
STREAMLINED CLINICAL WORKFLOWS
Occyo One helps streamline your clinical workflows by introducing an image-first workflow in ocular surface patient management. Traditionally, patient visits follow a set pattern: consultation, examination, and documentation. Occyo One presents a paradigm shift in this sequence, placing the image at the forefront.
We provide solutions, where consistency meets innovation, and efficiency intertwines with accuracy. Experience the future possibilities of ocular surface patient management with Occyo One.
Automated eye tracking and standardised imaging settings ensure effortless documentation for disease tracking - even in the hands of non-specialised personnel. With this innovative approach, qualitative documentation of the patient journey can be captured easily, just in seconds.
This means that collecting quantifiable, longitudinal image data from all ocular surface pathologies is finally possible also in ocular surface patient management.
