The revolutionary introduction of the 3D Meibomian Gland imaging gives two big advantages. Firstly, it enables to confirm the presence of abnormal glands compared to a healthy subject in a 3D view; secondly, it provides a clear image to share with the patients, to help explain the potential reason of their discomfort.

The software automatically detects the coloured lipids on the patient's eye and determines lipid layer thickness (LLT). In a few seconds it is possible to get automatically relevant data to understand functionality Of Meibomian Glands. The ICP software analyses lipid layer thickness and allows to understand the functionality of meibomian glands. lt is possible to carry out a follow up after MG treatment detecting an increase in secretion.

The human skin surface is known to house millions Of bacteria, though some people have more than the average number. Blepharitis is an inflammation caused by some bacteria that lie at the base of eyelashes. They produce dandruff-like flakes in the skin, which lead to infection and inflammation.

Acquiring an image of the conjunctiva, it will be possible to compare the patient's condition with different international grading scales.

A complete blink is essential for eye health, as it refreshes the tear layer and maintains optical clarity. On average, a person blinks 11 times per minute. Incomplete blinking is often seen in contact lens users, while frequent blinking may occur to preserve the tear film's lipid layer.

The lipid layer evaluation is key in diagnosing Dry Eye, aiding in identifying its cause and informing treatment decisions. The assessment includes lipid pattern classification, thickness estimation, and incidence percentages, following Guillon & Guillon's framework. Blinking frequency, completeness, and patient history are also critical for a comprehensive evaluation.

Meibomian Gland dysfunction (MGD) is characterised by chronic, diffuse abnormalities of the Meibomian Glands and altered secretion and chemical composition of meibum. The System automatically analyses the images taken through a sensitive infrared camera (NIR) to locate the Meibomian Glands in a guided way: An exam valid both for the upper and the lower eyelids; Automatic percentage of the Meibomian Gland loss area.

Low tear production may result in aqueous tear deficiency (ATD) and cause dry eye symptoms. However, measuring the tear volume is difficult since the methods available nowadays are invasive and irritating.

The system, designed with MD Luca Vigo's expertise, enables ophthalmologists to personalize diagnostic protocols and automatically suggest treatments based on exam results. It includes a diagnosis algorithm and a treatment management feature, allowing doctors to input and prescribe various treatments. A detailed report with diagnosis and treatment recommendations can be printed directly.