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INTRODUCTION Traditionally, intraocular pressure (IOP) measurements have traditionally relied on corneal, applanation, and indentation procedures, despite there being many limitations with direct corneal measurements1,2. These can be eliminated with transpalpebral approaches to measurement of IOP, using devices like the Easyton Tonometer3. Currently, there is limited published data regarding the Easyton and its measurement properties in […]

INTRODUCTION Measurement of intraocular pressure (IOP) has traditionally relied on corneal, applanation, and indentation procedures. However, direct corneal measurements have many limitations, which can be eliminated by using transpalpebral approaches. Currently, there is limited published data regarding the new Easyton tonometer and its measurement properties in comparison to the well-established transpalpebral Diaton tonometer.1 This study

INTRODUCTION Measuring intraocular pressure (IOP) has traditionally relied on corneal, applanation, and indentation measurement procedures1. However, direct corneal measurements have many limitations which can be eliminated by using transpalpebral approaches to measurement of intraocular pressures2,3. Currently, there is limited published data regarding the new Easyton transpalpebral tonometer and its measurement properties in comparison to well-established

Accurately measuring intraocular pressure (IOP) is one of the cornerstones of eye health, especially when diagnosing and managing conditions such as glaucoma. However, traditional tonometry methods can sometimes be uncomfortable, inconvenient for patients, and less accurate for healthcare professionals. This creates a significant challenge in the field of eye care. The solution? The EasyTon IOP

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